Frequently Asked Questions

Sometimes, yes. If the gate is in good condition, the right weight, and has enough side run-back, a motor can be retrofitted. If the gate sags, binds, or sits badly on its track, it may need repair or replacement first. The site survey confirms which applies.

The installed price depends on gate size, material, motor rating, wiring route, and whether groundwork is needed for the track. A site survey is the only way to give an accurate figure, because each entrance is different.

The gate needs side run-back equal to at least the gate width, plus clearance for the motor housing. Uneven or sloping ground can complicate the track installation. Both are checked at survey before any hardware is ordered.

Noise depends on the motor, the track condition, and how well the gate is aligned. A correctly specified motor and a level, well-set track run quietly. A poor fit or worn track is the main cause of noise, which is why alignment is checked before handover.

A heavy or sticking manual gate puts daily strain on hinges and posts. Left long enough, the frame can shift or the gate can drop, making automation harder and more expensive. Catching it early usually means the existing gate can be kept rather than replaced.

Yes. Installations are specified to Gate Safe and DHF standards, which cover anti-collision safety features, photocell placement, and force limits. These are not optional add-ons, they are part of every specification.

A double-leaf entrance needs two actuator arms linked through a single control board so both leaves open and close in sequence. A single-leaf entrance uses one arm and one control board. The installer confirms the configuration during the pre-installation survey.

A manual release key is supplied with every installation and demonstrated at handover. It disengages the actuator arm so the leaf can be pushed or pulled open by hand. This means a power cut does not leave you locked in or out.

Only if the actuator arm is rated for that leaf weight. A standard kit fitted to a heavy leaf will stall, stop mid-swing, or wear out early. Leaf weight is measured before hardware is ordered so the arm rating matches the actual load.

Photocell obstruction sensors, a stop-and-reverse function, and a soft-close setting are all included and commissioned on site. Where the swing arc crosses a pedestrian path, a warning light is also fitted. Safety sensing is specified to DHF standards.

A heavy or awkward leaf puts repeated strain on hinges and posts each time it is opened manually. Over time, hinges loosen and posts can shift, which makes automation harder and more expensive to retrofit. Addressing it sooner keeps the groundwork and hardware costs lower.

Yes. Aluminium leaf weight is consistent, which makes motor sizing straightforward. The motor is specified to match the gate before ordering, so the automation runs smoothly without being over- or under-powered from day one.

A gate that sticks or fails to close fully leaves the entrance unsecured. Motor strain from a misaligned gate also worsens over time, turning a straightforward fix into a full motor replacement.

It depends on available space. Swing gates need clear arc room in front of or behind the gate line. Sliding gates need run-back space along the boundary. The site survey measures both before a configuration is recommended.

Supply and fit covers the gate leaves, motor, control panel, safety sensors, and remote handsets. A full opening and closing cycle test is carried out on site, and the powder-coated finish is checked before handover.

Most residential aluminium gate installations are completed in a single day. Jobs requiring additional groundwork or a new armoured power supply may need a second visit, which is confirmed at the survey stage.

No. What is supplied is mild steel with electro-galvanising and a powder-coated finish. This gives the same decorative appearance as traditional wrought iron but with better rust resistance and a more consistent colour. True forged wrought iron is rarely fabricated today.

If the opening is an unusual width, the ground is uneven, or the property has an older frame, made-to-measure is the safer choice. Standard sizes often leave gaps at the posts or sit too high off the ground, which affects both appearance and how well the gate closes.

A gate that does not close flush or latch properly gives no real security. Rust that starts at a scratch or weld point spreads under the powder coat and weakens the frame over time. Replacing a structurally sound gate is cheaper than replacing one that has corroded through.

Measure the opening width and height, decide whether you need single or double leaves, and check whether existing posts, hinges, and a latch are reusable. Also confirm the ground is level enough for the gate to swing clear without dragging.

It is possible for simple, lightweight openings. For heavier or wider gates, the posts need to be set in concrete at the correct depth and the hinges aligned precisely. Getting either wrong means the gate binds, sags, or pulls the post out of plumb within a season.

Wash it down periodically and touch up any chips with a compatible primer and topcoat before rust takes hold beneath the surface. The electro-galvanised layer provides a second line of defence, but surface damage left untreated will eventually reach the steel.

Yes, provided the gate is built and fitted to suit the motor and the timber weight. The gate needs to be properly aligned so it opens and closes without placing strain on the motor. A site assessment confirms this before any automation hardware is specified.

Sagging usually means the posts, hinges, or gate frame need attention before automation is added. The survey will show whether the existing gate can be adjusted or needs replacing. Automating a gate that already struggles will shorten the motor’s life significantly.

Yes. Wider or heavier gates need a higher-rated motor, reinforced posts, and heavier-duty hinges. The gate size, timber choice, posts, and motor are all matched during the survey, not assumed from the opening width alone.

Powered gates fall under Machinery Directive safety requirements and UKCA marking rules for relevant electrical equipment. Wiring must comply with BS 7671. Safety edges and photocells are specified to DHF standards, and the installation is fitted to Gate Safe standards on every job.

Post condition, swing path clearance, gate weight, hinge alignment, and the available space for the motor and control panel are all assessed. After fitting, safety sensors are tested for obstruction response and the full open-and-close cycle is run to confirm limit settings.

It is a sliding gate that moves without a ground track. The gate is supported from one side on rollers fixed to posts, and a counterbalance beam keeps it balanced while it travels. The gate stays clear of the ground throughout its full travel.

The gate needs to be longer than the opening, typically 30 to 50 percent longer, to accommodate the counterbalance beam. A 3-metre opening usually needs around 4.5 metres of total gate length, so the side run-back must be checked before any gate is specified.

Yes, generally. The additional steelwork in the frame and the heavier post foundations add to the cost. Where a ground track would require regular clearing or repair, on a gravel driveway or sloping surface, the cantilever option often works out cheaper over time.

The rail will need levelling groundwork first, and seasonal ground movement can shift it out of alignment over time. A gate that runs on a twisted or lifted rail will bind, wear its drive components faster, and may stop working altogether.

Yes. A standard sliding gate motor and control panel attach to the cantilever frame. Photocells and safety edges are included in the specification to meet DHF standards, and the wiring is run to 18th Edition requirements.

A site survey checks three things: the clear opening width, the available side run-back for the counterbalance beam, and the ground conditions for the post footings. Those three measurements determine whether a cantilever system is the right fit.

Yes. Each gate is made to the measurements taken on site, so uneven widths, tapered entrances, and non-standard post spacings are all accounted for during fabrication. This avoids the gaps, scraping, and poor alignment that come from forcing a standard size into an irregular opening.

The opening width, ground level, post positions, available clearance, and any slope across the entrance are all recorded during the site survey. These details determine the gate style, leaf dimensions, hinge specification, and how the gate will open before any fabrication begins.

It will, provided the design and leaf weight are matched to the automation system from the start. Hinge plates, motor brackets, and sensor mounts are welded into the frame during manufacture, so the gate arrives ready for the chosen operator without any retrofitting.

No. Bespoke fabrication suits any entrance where a standard gate width does not fit cleanly, including smaller driveways, older homes with irregular frontages, and new builds on Essex estates where the finished driveway width varies from plot to plot.

A gate that scrapes the ground or fails to close squarely puts continuous strain on the hinges and automation motor. Over time this causes hinge wear, motor faults, and eventual failure of the latch or lock mechanism, all of which cost more to fix than a timely replacement.

A well-measured, correctly weighted gate removes the main causes of early failure. However, it still needs proper hinge specification, correct motor sizing, and accurate installation. A gate that is over-heavy for its operator or hung without a level check will develop faults regardless of how it was fabricated.

Often yes. The key checks are whether the gate motor controller has an intercom input, whether the wiring route is practical, and whether the power supply at the access point is adequate. If all three are workable, an intercom can be added without replacing the gate or motor.

Audio is enough where you have a clear sightline to the entrance from inside the house. Video adds real value when the gate is out of sight, deliveries are frequent, or a shared driveway serves more than one household. The survey will flag which applies to your property.

The installer checks the gate motor controller for an intercom input, maps the wiring route from the access point to the gate, confirms the power supply at the intercom position, and measures the distance involved. That check determines whether hardwired cabling or wireless linking is appropriate.

A keypad removes the risk of a lost remote but relies on a code being kept secure. Fobs can be individually programmed and deactivated if lost. For rental properties with changing tenants, a keypad with a regularly updated code or individually programmed fobs both reduce the risk of unauthorised access.

The gate motor and the intercom are separate systems. A fault in the intercom unit, its wiring, or its power supply can cause communication failure without affecting gate operation. A diagnostic check separates the two so only the faulty component is repaired or replaced.

An intermittent system tends to fail completely rather than improve. Visitors, deliveries, and contractors get stuck outside, and a partial fault can mask a wiring issue that worsens over time. Catching it early usually means a repair rather than a full rewire.

A reset clears the fault code but does not repair the underlying component. If the gate stops again after a reset, the motor, sensor, or control board needs a proper on-site check. Continuing to reset a faulty gate can cause further damage.

Yes. If the fault cannot be resolved same-day, the gate is physically secured and the manual release is left accessible. A return visit is booked with the correct part confirmed before the engineer attends again.

Forcing a gate against a motor or limit fault can strip gears, bend the track, or damage the control board, turning a straightforward repair into a more costly one. Isolating the power and using the manual release is the safer first step.

BS EN 12453 sets force limitation requirements for automatic gates, and BS EN 12635 covers operational testing after maintenance. Both checks are completed after every repair to confirm the system is safe before the engineer leaves.

Cost depends on the fault found, the component needed, and whether the visit is same-day. A routine service check is priced differently from an emergency repair. The attending engineer confirms the scope and cost once the fault is diagnosed on site.

A full service covers moving parts, motor, control board, safety devices, and wiring. It includes photocell and safety edge testing, auto-reverse force measurement, battery backup test under load, hinge and roller lubrication, track alignment, and an access control device check. A written record is provided at the end.

Once a year is the standard interval for a residential driveway gate in regular use. Gates on commercial or rental properties, or those used many times daily, may benefit from a six-monthly visit given the higher cycle count and greater wear on moving parts.

Worn hinges and misaligned tracks put extra load on the motor, which shortens its life. Safety devices that drift out of calibration can exceed BS EN 12453 force limits without any visible sign. Catching these early in a service visit is significantly cheaper than a motor replacement or a repair callout.

Often yes. The gate needs to be checked for weight, alignment, hinge condition, and how it opens. If the structure is sound, a motor and control box can be added without changing the gate itself. If there is sag or binding, minor repair work is identified at survey stage before any hardware is ordered.

Heavy gates are common candidates for retrofitting, but the motor must be rated for the gate’s weight. The survey confirms the leaf weight and selects an operator with the correct torque rating. If the gate sags or binds, that is addressed before the motor is fitted.

Safety edges and photocells are included in every retrofit specification to meet DHF standards. A powered gate without safety sensors creates a crush risk and does not comply with the standards that apply to automated gate installations.

Swing gates use ram or underground operators fitted to the hinge side of each leaf. Sliding gates use a rack-and-pinion or underground drive unit running along the gate’s travel path. The hardware, wiring, and setup are different, which is why the gate type is confirmed at survey before any equipment is selected.

Every installation includes a manual release, demonstrated at handover. This lets the gate be opened and closed by hand without tools or a call-out, so a power cut does not leave the entrance blocked or stuck open.

A correctly specified and installed sliding gate runs quietly. Noise usually comes from a worn drive pinion, debris in the track, or a motor that is undersized for the gate’s weight. Keeping the track clear and having the gate serviced periodically prevents most noise issues from developing.

Speed and reliability depend on matching the motor’s duty cycle and torque rating to the gate’s weight and how often it cycles. A correctly specified motor on a level, well-maintained track operates consistently. Undersized motors or a poorly laid track are the most common causes of sluggish or intermittent operation.

The most common causes are debris or a damaged wheel in the track, a misaligned limit switch, a worn drive pinion, or a motor fault. Safety edges or photocells detecting an obstruction will also stop the gate mid-cycle. A diagnostic visit identifies the exact cause before any parts are replaced. Electric gate repair covers callout options.

A gate that is misaligned or straining against a worn actuator puts repeated stress on the hinges, posts, and motor. Left unattended, a minor adjustment job can become a full actuator replacement or post repair. A gate that fails closed also creates an access problem that is far more urgent to fix.

High wind loads increase the force the motor must overcome, and a gate caught mid-swing in a gust can trigger the motor’s overload protection and stop. A higher-thrust actuator rated for the gate’s surface area reduces this risk on exposed sites. End stops and limit settings also prevent wind from forcing the gate past its travel.

Weight depends on material and size, and both are chosen at the design stage with operation in mind. Aluminium gates are significantly lighter than steel or wrought iron for the same span. If manual operation is a priority, the material and infill pattern are specified accordingly; if automation is planned, the motor is matched to the gate’s actual weight.

Smooth operation comes from accurate measurement, correct hinge placement, and ground clearance built into the design. A gate made to a precise site survey will clear the surface at every point in its arc. Safety edges and photocells are specified to DHF standards, which also protects against obstruction during closing.

Yes, where posts are being installed into clay-heavy ground. Shrink-swell movement can shift post foundations over time, causing a gate to drop or bind. Posts should be set on concrete footings deep enough to sit below the active clay layer. This is assessed during the site survey so the foundation specification matches the ground conditions.

The most common causes are a power supply failure, a triggered safety sensor, a dead battery in the control board, or a mechanical obstruction the motor cannot push past. Check whether the gate has mains power and whether any indicator lights on the control panel are flashing an error code. If neither fixes it, a gate engineer can diagnose the fault directly.

Switch the gate off at the mains, wait 30 seconds, then restore power and allow the control board to reinitialise. Many boards run a self-calibration cycle on restart. If the gate still does not move, or moves erratically, the fault is likely beyond a simple reset and needs a diagnostic visit.

The most frequent faults are worn motor brushes, failed capacitors, misaligned or dirty photocells, corroded limit switches, damaged wiring looms, and flat battery backups. Control board failures and remote receiver faults are also common. Most of these are repairable on-site once the specific component is identified.

Yes, in most cases. Forcing a gate that is stuck due to a motor fault, a tripped limit switch, or a mechanical obstruction can strip gears, bend rack teeth, or damage the motor housing. It is safer to disengage the manual release and move the gate by hand than to push against a locked drive.

Water ingress into the control box or motor housing is a common cause, as is a waterlogged ground loop detector or a photocell lens obscured by rain splash. Corrosion on terminal connections can also cause intermittent faults after prolonged wet weather. An engineer can identify which component has been affected and whether it needs drying out, cleaning, or replacing.

Yes. Ground movement on clay soils, common in Essex, can shift gate posts enough to misalign the drive mechanism, throw off limit settings, or cause the gate to bind. The engineer will assess whether the issue is mechanical realignment, a post that needs re-setting, or both, and advise accordingly.

Slow or hesitant movement, grinding or clicking noises, and gates that stop mid-cycle are the clearest signs. Intermittent remote failures and gates that drift out of alignment also point to a service being overdue. If you cannot recall the last service, that alone is reason enough to book one.

Yes. Our partners specifically look for patterns of wear and early-stage faults that have not yet caused a failure. Worn bearings, corroding terminals, and misaligned limit switches are common findings that cause breakdowns if left. Identifying them during a service is far cheaper than an emergency callout later.

Yes. Repeat failures usually have an underlying cause, worn components, incorrect settings, or accumulated corrosion. A service identifies and addresses those root causes rather than just the symptom. Gates that are serviced regularly fail less often and tend to have a longer operational lifespan.

Intermittent intercom failure while the gate still operates usually points to a wiring fault, a loose connection at the panel, or a power supply issue specific to the intercom circuit. The gate and intercom often run on separate feeds, so one can fail independently. A diagnostic check of the intercom wiring and control board connections will identify the cause.

Intermittent faults usually point to a deteriorating connection, a failing control board component, or water ingress into a junction box or panel. Because the fault is not constant, it can be easy to overlook until it worsens. Leaving it unaddressed tends to lead to complete failure rather than self-correction, so a diagnostic check is worthwhile before it stops working entirely.

Poor wiring or a weak GSM signal causes repeated dropouts, failed calls, and gates that do not respond consistently. These faults tend to worsen over time rather than stabilise, particularly as connections corrode or signal conditions change seasonally. Addressing wiring quality and signal strength at the installation stage avoids the majority of ongoing reliability problems.

A sagging or stiff gate should be corrected before automation is fitted. Attaching a motor to a gate that already binds will overload the drive unit and cause early failure. Our partners will identify whether the issue is a failing hinge, a twisted leaf or a subsiding post, and address it as part of the installation scope.

Clay soils expand and contract with moisture, which can shift post foundations over time and cause gates to bind or misalign. Our partners account for this by setting posts in concrete bases sized and positioned to resist seasonal movement. If significant clay shrinkage is likely, deeper or wider foundations are specified at the survey stage.

Mild steel gates will rust if the surface coating is damaged and bare metal is exposed to moisture. A hot-dip galvanised primer under a powder-coat finish gives the best protection. Cheaper gates with thin paint only are more vulnerable, particularly at welds and cut edges.

Choose a gate with a galvanised base coat and powder-coat topcoat rather than paint alone. Inspect the gate annually, touch up any chips promptly with a rust-inhibiting primer, and keep hinges and latches lightly oiled. That routine keeps most metal gates in good condition for many years.

Yes, thin-section steel gates can flex, rattle, and feel insubstantial, especially in wider spans. Check the bar diameter and frame section size before buying. A heavier frame costs more but holds its shape, hangs without dropping, and feels solid in use.

Yes. A gate that is too wide for the opening, hung on undersized hinges, or opening against a slope will drag, bind, or fail to latch. These problems are avoidable with accurate measurement and correct hinge and post specification before ordering.

Most supplied-and-fitted aluminium electric gate installations come in at £3,000-£8,000. The final figure depends on gate width, leaf configuration, chosen automation system, and any groundwork needed for posts or cable runs.

Gate width and height have the biggest impact, followed by whether you choose a single or double leaf. Sliding gates cost more to automate than swing gates. Access control additions such as intercoms or keypads, plus any groundwork for posts or ducting, add to the total.

Most automated sliding gate installations come in at £5,000-£10,000, depending on gate size, material, motor specification, and the groundwork required for the track. A wider opening or a heavier gate will push costs toward the upper end. The best way to get an accurate figure is a site survey.

The main factors are the gate’s weight and width, the condition of the existing structure, how much groundwork the track needs, and the distance from a power supply. A gate that already has a solid post and level ground costs less to automate than one needing new posts or a concrete track bed.

Most installations involve cutting a shallow channel for the ground track, setting a concrete motor pad, and running a power supply from the nearest suitable point. On level, hard-standing ground this is straightforward. Sloped or soft ground needs more preparation, and a distant power supply adds cable-run costs. The site survey scopes all of this before work begins.

Common additions include a keypad or intercom for entry without a remote, a video intercom, additional remote handsets, a loop detector for automatic opening as a vehicle approaches, and a battery backup unit. Each adds to the overall cost, so it is worth deciding which features you need before the quote is finalised.

Gate weight and leaf width determine the motor grade needed. Post condition, cable run length, ground conditions, and any access control additions all influence the final figure. Most automated swing gate installations come in at £2,500-£6,000, though complex sites or bespoke requirements will sit toward the higher end.

Bespoke gates cost more than standard panels because each one is made to order. Most bespoke gate projects come in at £5,000-£10,000, depending on size, material, and complexity. A standard gate is cheaper upfront, but if it does not fit your opening properly, the cost of adapting it or replacing it later often exceeds the difference.

The main factors are the overall size of the gate, the material chosen, the complexity of the infill design, and whether automation fixings are included. A large double-leaf wrought iron gate with decorative scrollwork costs considerably more than a plain aluminium single gate. Any preparatory groundwork or post replacement adds to the total.

Generally yes. Cantilever systems cost more because the gate leaf is longer, the support posts and foundations are heavier-duty, and the roller hardware is more substantial. Most installations come in at £4,500-£8,500, depending on gate size, material, and site conditions.

Gate width and weight are the biggest factors, a wider gate needs a longer leaf, heavier rollers, and deeper post foundations. Material choice (aluminium, steel, timber) also shifts the price. Automation, access control, and any groundwork needed to create a level post base all add to the total.

Most residential electric gate installations come in at £2,500-£6,000, depending on gate size, material, motor type, and whether groundwork or new posts are needed. A site survey gives you a fixed quote before any commitment.

The main cost drivers are gate size and material, the need for new posts or concrete foundations, distance from the nearest power supply, and the access control system chosen. Sloping or uneven ground, hard substrates, or a bespoke gate design also add to the total. A survey identifies these factors upfront so there are no surprises.

A standard service visit typically comes in at £180-£270, depending on gate type and the number of operators. Servicing covers lubrication, limit switch checks, photocell alignment, and control board inspection. Regular servicing through our partners can reduce the likelihood of unexpected breakdowns. See Preventative Maintenance & Servicing for more detail.

The main factors are the type of fault, the operator brand, whether parts need to be ordered, and whether the callout is outside standard hours. A straightforward photocell replacement costs less than a control board swap. Emergency or out-of-hours attendance typically carries a higher callout rate than a scheduled visit.

Common additional work includes rehinging or rehanging the gate, reinforcing or replacing posts, laying a concrete pad for a ground-mounted operator, or improving drainage. Each item adds to the overall cost. The site assessment identifies these requirements upfront so you receive an accurate quote before any work starts.

Retrofit costs vary with gate type, weight, operator specification, and any preparatory work needed. Most projects in this area come in at £2,000-£4,000. A site assessment gives a fixed quote once the gate’s condition and access requirements have been assessed.

Any additional work identified during the survey, such as a control board upgrade, new cabling, or a power supply extension, is scoped and priced separately before it goes ahead. Costs depend on the job, so we confirm a clear written price before any work starts. See our price guide.

Ask specifically about concrete post foundations, ducting for power cables, any electrical supply upgrade needed at the consumer unit, and groundwork if the driveway surface needs cutting. These items sit outside the gate and motor supply and can add meaningfully to the total. A full quote should itemise each element. Most installations come in at £3,000-£8,000 once all groundwork is included.

Costs vary with gate size, design complexity, and whether posts and automation are included. Most supplied-and-fitted projects come in at £1,300-£5,300, with bespoke or double-leaf driveway gates at the higher end.

Gate width and height, single or double leaf, decorative detail (plain bar versus scrollwork), finish type (paint versus powder coat), new post installation, and whether automation is added all affect the final price. Ground conditions that require extra groundwork also add to the cost.

It depends on the supplier. Online retailers typically supply the gate only; fitting is arranged separately. Our partners supply and fit as a combined service, so the gate is measured, made, and hung in one process. Always confirm what is included before you commit to a price.

Aluminium gates can be fabricated to almost any width, so driveway size is rarely a barrier. Narrow drives under around 3 metres often suit a single-leaf swing gate, while wider entrances work well with double swing or sliding configurations. A site survey confirms the right fit before anything is ordered.

Yes. Aluminium is one of the most automation-friendly gate materials because it is lightweight relative to its size, which reduces motor strain and extends drive unit life. Both swing and sliding aluminium gates can be fitted with underground, ram, or rack-and-pinion operators depending on the layout.

Aluminium gates are available in a wide range of styles, from flat-bar contemporary designs to more traditional framed and infilled panels. They can be powder-coated in any RAL colour, so matching brickwork, render, or existing ironwork is straightforward. Bespoke profiles are also available for less standard properties.

Yes. A single-leaf gate on one side of the entrance is a common and practical choice, particularly for narrower openings or asymmetric drives. It can be automated in exactly the same way as a double-leaf gate, using a swing or sliding operator depending on the available space.

A sloped driveway or limited run-back often rules out a conventional swing gate. In those cases, a sliding or cantilever gate is the practical alternative, both travel parallel to the boundary and are unaffected by gradient. See Cantilever Gate Systems if ground-level tracking is also a problem.

Aluminium does not rust, and a powder-coat finish resists moisture without needing annual treatment. The automation components are housed in weatherproof enclosures rated for outdoor use. This makes aluminium a practical choice where gates are exposed to persistent damp and rainfall throughout the year.

Aluminium is well suited to wide entrances because it can span large openings without the weight penalty of steel or timber. Double-leaf swing gates and sliding gates are both viable at wider widths, and the lighter material means motors are not overworked even on gates spanning 5 metres or more.

A sliding gate suits driveways where there is not enough space in front of the gate for swing leaves to open. It runs parallel to the boundary, so it needs a clear run of wall or fence beside the opening roughly equal to the gate’s width. A site survey confirms whether your ground and boundary layout work.

Yes. Sliding gates handle wide openings well because a single leaf spans the full gap without needing two motors or a centre post. Side entrances with a solid wall or close-boarded fence running alongside give the gate somewhere to travel, making them a practical choice for that layout.

Yes, where the driveway is too narrow for swing leaves to open without hitting a parked vehicle. A sliding gate moves parallel to the boundary, so it needs no clearance in front of the opening. The trade-off is that the boundary beside the gate must have enough run for the leaf to travel into.

They can, but the track foundation must be engineered to cope with ground movement and water. A concrete track bed laid on well-drained hardcore reduces heave and settlement. On ground with poor drainage, a cantilever system that carries the gate above the ground line avoids track-flooding issues entirely. Cantilever gate systems explains how that works.

Most swing gates can be automated, but three things are checked first: the gate’s weight, its structural condition, and the available clearance behind each leaf for the actuator arm. A gate that sags, has rotten posts, or lacks the required swing arc behind it will need remedial work before a motor is fitted.

A single-leaf system suits one gate panel; a double-leaf system drives two panels independently from a shared control board. The right choice depends on how your entrance is built. Wider openings with two leaves need a double kit so both sides open and close in sequence.

Yes, provided the motor is rated for the gate’s weight. Actuators are rated by thrust force and leaf weight capacity, so a heavier gate simply requires a higher-rated unit. The gate’s weight is measured before any motor is specified to ensure the match is correct.

Motor selection is based on the gate’s measured weight and leaf width, not a rough estimate. Undersizing a motor causes premature wear and unreliable operation, so the actuator specified will always meet or exceed the manufacturer’s rated capacity for your gate’s dimensions.

Swing gates need clear space behind each leaf to travel through their arc, typically 90 degrees. If your driveway rises steeply toward the gate or a wall sits close behind a post, the arc may be obstructed. A site survey confirms whether the layout suits swing automation or whether a sliding gate would work better.

Yes. Actuators can be configured for inward or outward opening. Inward-opening gates need clear space on the driveway side of the gate for the full swing arc, so the survey checks that no vehicle parked close to the gate would obstruct the movement.

Remote handsets are the standard way to operate an automated gate and are included with most systems. If you prefer keypad entry, a video intercom, or a smartphone app instead, those can replace or supplement the remotes. The access method is chosen during the survey based on how you use the entrance.

Yes. Engaging the manual release decouples the actuator and the gate swings freely. Some owners use this routinely when the gate will be in constant use for a period, such as during a party or delivery day, then re-engage the motor afterwards.

Clay soil that shrinks and swells can cause gate posts to shift slightly over time, which throws the actuator geometry out of alignment. Posts set in concrete to the correct depth reduce this risk significantly. The survey checks post stability, and any movement that has already occurred is flagged before installation.

Yes. On a sloping driveway the gate leaf must clear the ground throughout its arc, which sometimes means raising the bottom rail or adjusting the hinge height. The actuator bracket positions also change on a slope to maintain correct geometry. All of this is assessed during the site survey.

Yes. A bespoke gate is made to the exact dimensions of your opening, including any irregularities in width, height, or alignment. Standard off-the-shelf gates assume a uniform opening; a custom-made gate is drawn from a site survey of your actual space, so awkward openings are the reason most people choose this route.

Yes. A gate can be manufactured with a raked or stepped bottom rail to follow the gradient of a sloping driveway. The angle is taken from a site survey measurement, not estimated, so the gate clears the ground at every point in its swing without catching or leaving a large gap.

Yes, provided automation is flagged at the design stage. The gate can be built with the correct hinge positions, structural reinforcement, and weight distribution that motor manufacturers specify. Retrofitting automation to a gate not designed for it often causes problems; designing for it from the start avoids that. See Gate Automation Retrofitting for more detail.

Bespoke manufacture suits any property where a standard gate does not fit the opening or the style. Smaller homes often have narrower or non-standard openings that off-the-shelf gates cannot fill neatly. A custom gate made to the exact width and height of a modest driveway entrance looks more considered than a standard panel cut down to fit.

Aluminium suits high-use gates where low maintenance and corrosion resistance matter most. Wrought iron or steel suits period properties where a traditional appearance is the priority, though it requires more upkeep. Timber gives a natural look but needs regular treatment. The right choice balances aesthetics, usage frequency, and how much maintenance you are willing to carry out.

Yes, when automation is specified at the design stage. Motor manufacturers publish requirements for hinge positions, gate weight, and leaf width; a bespoke gate can be built to meet those exactly. Installations are specified to Gate Safe standards, which includes ensuring the structure is suitable for the automation system being fitted.

Yes. The bottom rail can be raked to follow a consistent slope, or stepped to handle an uneven gradient across the opening. The approach is chosen based on the degree of slope and the gate style. Both methods are measured from the actual ground profile during the site survey, not estimated from a photograph.

Yes. Older properties often have irregular openings, soft or reclaimed brickwork, and a style that modern standard gates do not complement. A bespoke gate can be designed with period-appropriate detailing and fixed using methods that avoid overloading older masonry. The design is drawn to suit the character of the property, not adapted from a contemporary catalogue.

A cantilever gate suits most driveways where a ground track would be impractical, particularly sloped, uneven, or soft-ground sites. It needs no track across the opening and no ground clearance to worry about. The key requirement is enough clear space beside the opening for the gate to slide back fully when open.

You need a run of clear space beside the opening equal to roughly 1.5 times the gate’s width. A 3-metre gate needs around 4.5 metres of side run. That space must be free of walls, fences, and obstructions for the full travel of the gate.

Yes, this is one of the main reasons homeowners choose a cantilever system. Because the gate floats above the ground on rollers fixed to posts, it does not follow the surface contour. Slopes, dips, and uneven ground that would jam a tracked gate cause no problem here.

The gate itself spans the full opening width, plus a counterbalance tail, typically 20-30% of the gate’s length, that extends behind the support post when the gate is open. A 3-metre opening therefore needs a gate leaf of around 3.6-4 metres in total length.

It can feel visually heavy if the side run is tight or the posts are bulky relative to the plot. Choosing a slimmer gate profile and keeping the post design clean reduces that effect. On wider plots the gate sits naturally within the boundary and rarely looks out of proportion.

Yes. A manually operated cantilever gate can have a motor, safety edges, and access control added later, provided the posts and foundations are substantial enough to handle the automation hardware. It is worth specifying heavier posts at the outset if automation is a future possibility, as retrofitting to undersized posts is costly. See gate automation retrofitting.

The gate needs a clear run equal to the opening width plus the counterbalance tail, so roughly 1.3 to 1.5 times the opening width. For a 4-metre opening, plan for at least 5.5-6 metres of unobstructed space along the boundary beside the opening.

Yes. Because there is no ground track, standing water, mud, and poor drainage do not obstruct gate travel. A tracked gate’s rail can shift in waterlogged ground and debris collects in the channel. A cantilever gate clears all of that, making it the more practical choice on sites with drainage issues.

A site survey measures the opening width, available swing or slide clearance, ground level, and power proximity. Swing gates need clear arc space; sliding gates need a run of wall or fence alongside the opening. Most domestic entrances suit one configuration or the other, and the survey identifies which before any work is agreed.

It depends on what is already there. Existing masonry pillars are assessed for load-bearing capacity; if they are inadequate, new posts are required. Cabling is ducted from the nearest suitable circuit, and if no outdoor supply is close enough, an electrician extends one. The survey scopes all of this before work begins.

Motor housings are built into the posts or gate structure wherever possible, keeping the visible hardware minimal. Gate material and finish, wrought iron, aluminium, or timber, can be matched to your existing boundary. Bespoke sizing means the gate fills the opening correctly rather than relying on a standard panel that leaves gaps.

Permitted development rules allow gates up to one metre high fronting a highway and up to two metres elsewhere, without planning permission. You will need consent if your property is listed, in a conservation area, or if the gate exceeds those heights. Check with your local planning authority before installation if any of those conditions apply.

Yes, but the gate type matters. Swing gates on a slope need a raked or stepped bottom rail to clear the ground through the arc. Sliding or cantilever gates avoid that problem entirely because they move parallel to the slope. The survey measures the gradient and recommends the most practical configuration. See cantilever gate systems for one common solution.

Clay soil shrinks and swells seasonally, which can shift shallow foundations over time. Post bases are typically dug deeper and concreted with a wider footing to resist movement. The installer assesses ground conditions during the survey and specifies the foundation depth accordingly, so the posts remain stable through dry summers and wet winters.

An exposed or elevated site increases wind load on the gate leaf, which puts more stress on hinges, posts, and the motor. For larger or solid-infill gates on open plots, the installer specifies heavier-duty hinges and deeper post foundations. The survey identifies exposure and adjusts the specification before any hardware is ordered.

Period properties with narrow openings, uneven setts, or listed boundary walls need a more careful approach. Smaller swing or sliding gate configurations can work within tight constraints, and surface-mounted ducting avoids disturbing historic paving. A survey is especially important here so the installer can confirm what is feasible before any commitment is made.

Yes, all three. A gate stuck open is treated as an urgent security issue; a gate stuck closed is a priority access fault. Safety faults, such as a photocell or safety edge triggering a stop, are diagnosed and resolved to DHF standards to ensure the gate operates safely once repaired.

Most existing gates can be automated, but the gate’s structure, weight, and hinge condition all affect whether it is suitable as it stands. A site assessment checks the frame, posts, and ground conditions before any work is specified. Gates that are warped, rotten, or poorly hung usually need remedial work first.

Weight alone rarely rules out automation, the right motor is matched to the gate’s mass. What matters more is whether the gate moves freely and the posts are solid enough to bear the added load. Very heavy gates may need heavy-duty operators and reinforced fixings, which affects the overall cost.

Yes. Retrofitted automation typically operates via remote fob, keypad, or smartphone app, depending on the control system chosen. Once set up, opening and closing the gate takes a single button press. The system can also be set to close automatically after a timed delay if that suits your routine.

Yes. All gate automation systems include a manual release, allowing the gate to be pushed or pulled by hand during a power cut or motor fault. The release is typically a key-operated mechanism on the operator itself. This is a standard safety requirement, not an optional extra.

Yes, provided the posts and ground anchors can support the load and the gate moves freely. Heavy-duty operators are available for large timber or wrought iron gates. The key requirement is that the gate is balanced and travels without binding, if it does not, that must be corrected first.

Yes, but clay soil and poor drainage can cause ground movement that shifts gate posts over time, misaligning the gate and straining the motor. A ground-mounted operator may also need a concrete pad to sit on stable ground. These factors are assessed on site and addressed in the installation specification before work begins.

Yes. Many faults develop silently before any visible symptom appears. Motor brushes wear, photocell lenses cloud over, and hinge pins corrode without the gate appearing to struggle. A gate that seems fine can fail suddenly. Annual servicing catches these issues while they are still minor.

Yes. Our partners service swing gates, sliding gates, cantilever systems, and timber, aluminium, and wrought iron gates across residential and commercial properties. Whether you have a single domestic gate or a dual-leaf commercial entrance, the same structured checks apply.

Yes, in most cases an intercom can be added to an existing automated gate. The gate’s control board, cabling route, and power supply are checked first to confirm compatibility. Where the existing setup supports it, an intercom panel is wired in without replacing the gate system itself.

Compatibility depends on the make and age of your existing gate automation and control board. Most modern gate systems accept third-party access control equipment via a standard trigger input. Older or proprietary systems may need an interface relay or a control board upgrade. A site assessment confirms what is and is not compatible before any work is quoted.

Yes. An intercom system lets you speak to a visitor, and a video intercom lets you see them too, all before you release the gate. You can answer from inside the property or, with a GSM or app-connected system, from your phone wherever you are. The gate only opens when you choose to release it.

Ease of use depends on the device chosen. A simple audio intercom with a single call button is straightforward for anyone. Keypads with large, backlit digits and remotes with one-button operation are also accessible. App-based systems suit users comfortable with smartphones but may not suit everyone, so the right mix of devices can be specified for your household or site.

Yes. The distance between the gate and the entry point, the cable route available, and whether the property has mains power near the gate all influence which systems are practical. Long or obstructed cable runs may require a GSM or wireless intercom rather than a wired one. A site visit establishes which options are viable for your specific layout.

Wired intercoms and keypads work reliably over long cable runs when the correct cable gauge is used, typically up to 100 metres or more with the right specification. Beyond practical wiring distances, or where trenching is not feasible, a GSM intercom communicates via mobile signal and has no meaningful distance limit. The cable route is assessed during the site survey.

Existing access equipment can often be retained or integrated, depending on its make and condition. A keypad or intercom from a recognised manufacturer will usually connect to a new or existing control board via a standard relay output. Equipment that is damaged, obsolete, or incompatible with the gate’s control board may need replacing. Compatibility is confirmed during the site assessment.

Yes, access control is used across all three settings, though the right configuration differs. Homes typically suit a video intercom with remote release. Rental properties benefit from keypads so codes can be changed between tenancies. Commercial entrances often combine a GSM intercom, proximity fobs, and a keypad to manage multiple users. The system is specified to match the use case.

Yes. Long or irregular driveways are common in this area and do not prevent access control being fitted. A GSM intercom avoids the need for a long cable run entirely, communicating via mobile signal. Where a wired system is preferred, the cable route is planned during the survey to find the most practical path, including under driveways if needed.

Yes, timber gates work well with electric openers when the automation is matched to the gate’s weight and leaf width. The key is selecting a motor with sufficient torque rating for the gate’s mass. Our partners specify the opener after assessing the gate dimensions, so the pairing is correct from the outset.

Yes, provided the motor is rated for the gate’s actual weight. Solid hardwood gates can exceed 200 kg per leaf, so our partners calculate the load before specifying the drive unit. Fitting an undersized motor causes premature wear and unreliable operation, which is why the weight assessment happens before any equipment is ordered.

Timber suits properties where a natural, warm appearance matters and where the owner is willing to maintain the finish every few years. It blends well with brick, stone and traditional architecture. If low maintenance is the priority, aluminium electric gates are worth comparing, as they need no repainting and resist corrosion without treatment.

Yes. Timber gates are built to order, so the leaf width, height and infill pattern are set to your exact opening. Single or double leaf configurations cover most residential driveways. Our partners measure the opening before manufacture to ensure the finished gate fits without gaps or binding.

Yes. The timber species, frame section and infill density are all variables that affect the finished weight. Our partners can specify a lighter framed design for a smaller motor budget or a heavier solid-board gate where privacy is the priority, matching the construction to the automation system chosen.

Yes, in most cases. Timber gates are heavier than aluminium equivalents, and the motor adds dynamic load to the hinge post on every cycle. Posts are typically set in concrete to a depth that reflects the gate’s weight and leaf width. Brick or stone pillars need to be checked for internal integrity before hinge plates are fixed.

Timber can be stained, painted or left with a natural oil finish, so it adapts to most property styles. Colour and grain choices are agreed before manufacture. If your property has a specific period character, a bespoke design allows the profile, panel pattern and finish to be matched to the existing architecture.

Swing gates need clear space behind the opening arc, which can be a problem on short driveways. Where space is limited, a sliding or cantilever configuration uses the run of the fence line instead. Our partners will advise on the best geometry for your plot after measuring the available clearance on site.

Timber handles wet conditions well when the finish is intact and drainage around the posts is adequate. Hardwood species absorb far less moisture than softwood, and a sound paint or stain coat prevents water ingress. Annual checks after winter are worthwhile, as prolonged wet seasons accelerate finish breakdown faster than dry climates.

Wrought iron suits openings where you want a defined boundary with a traditional or period look that holds its shape over decades. It works well on driveways, garden entrances, and side access points. If your priority is low maintenance or a contemporary finish, aluminium may be worth comparing.

Most openings need a made-to-measure gate. Standard off-the-shelf widths rarely match real-world openings exactly, and even a small gap or oversize fit causes alignment and security problems. Measure the clear opening width and height, including any slope, before ordering. A bespoke gate is the safest route for non-standard openings.

Yes, wrought iron works across all three. Driveway gates are typically double-leaf swing or sliding; garden and side-access gates are usually single-leaf pedestrian width. The key variable is the clear opening and whether the posts or walls can take the weight of the gate.

Yes, but it requires careful measurement and sometimes custom hinge positioning or raked bottom rails to follow a sloped driveway. An uneven opening fitted with a standard gate will leave gaps at the base or bind on the ground. A site survey before ordering avoids both problems.

A pedestrian gate typically needs a ring latch or lever latch with a bolt; a driveway gate needs a drop bolt on the passive leaf and a lock or padlock point on the active leaf. Posts must be set in concrete and sized to carry the gate weight without flexing.

A powder-coated finish over a galvanised primer handles normal UK rainfall without additional treatment. The areas most at risk are cut edges, welds, and any chips in the coating. Annual inspection and prompt touch-up with rust-inhibiting primer is enough for most installations.

Yes. Scrolled and bar designs in mild steel closely replicate the look of traditional wrought iron and suit period properties well. A flat-bar or tubular design would look out of place; a forged-style gate with decorative finials is the more appropriate choice for older buildings.

Many existing gates can be automated, but the deciding factors are structural condition, weight, and hinge or track alignment. A gate that sags, has weak posts, or is warped will need repair or replacement before a motor can be fitted safely to Gate Safe standards. If your gate is sound, retrofitting automation is often straightforward. Gate automation retrofitting covers what that process involves.

Swing gates need clear space in front of or behind the gate to open, so they suit drives with a good run-back. Sliding gates travel parallel to the fence line and work where space is tight or the ground slopes. Both can be fully automated to the same standard. See Automated Sliding Gates and Automated Swing Gates for a closer look at each.

If the existing gate is structurally sound and the automation system is the only fault, repair is often the more cost-effective route. Where the gate itself is warped, corroded, or too heavy for efficient automation, replacement with aluminium usually costs less over five years when you factor in ongoing repair and maintenance bills.

For daily use, an automated gate removes the need to get out of your vehicle in all weather, and it closes behind you automatically, which a manual gate does not. The upfront cost is higher, but the convenience and consistent closure make automation worthwhile for most households using the gate several times a day.

Yes. Timber requires periodic repainting or re-staining to prevent rot, and wrought iron needs rust treatment when the coating chips. Aluminium neither rots nor rusts, so damp conditions have little effect on the gate leaf itself. The main maintenance focus is the automation system rather than the gate material.

A sliding gate needs a clear run of space beside the opening for the leaf to travel into, which not every boundary provides. The ground-level track can collect debris and needs occasional clearing. On very uneven ground, more groundwork is required to create a level track bed, which adds to the installation cost.

A manual gate is cheaper upfront but means leaving your vehicle every time you use it. Automation adds convenience, improves security by removing the need to prop a gate open, and can integrate with intercoms and access control. For daily use on a main driveway, most homeowners find automation worth the investment.

If your existing gate is structurally sound, the right weight for an automation kit, and already hung on a suitable track, retrofitting is usually the more cost-effective route. If the gate is warped, too heavy, or the posts are weak, a new gate and motor fitted together is the more reliable long-term option. Gate automation retrofitting covers what the assessment involves.

Automated gates involve mains electrical work, concrete groundwork, and safety-critical force-limiting and obstruction-detection systems. Installations must meet Gate Safe and DHF standards to be safe and compliant. A DIY fit that does not meet those standards creates a legal liability if the gate injures someone, so a competent specialist is the appropriate route.

Generally yes. A swing gate acts as a sail in high wind, placing heavy lateral load on hinges, posts, and the motor. A sliding gate moves parallel to the wind direction, so the load on the drive system is far lower. On exposed sites this reduces wear and the risk of the gate being forced open or damaged. Automated swing gates covers where swing gates remain the better fit.

If the gate structure and posts are sound, automating is usually the better long-term investment. Repairing a manual gate solves the immediate fault but leaves you with the same manual operation. If the gate is already damaged or the posts are failing, those issues must be fixed before any automation is fitted regardless.

Yes, it is a common outcome. Incorrect actuator geometry, the bracket positions and pivot angles, causes the motor to work against the gate’s natural arc, leading to binding, limit-switch errors, and premature motor failure. Correct geometry requires precise measurement and adjustment that is easy to get wrong without experience.

Swing gates are post-mounted and do not rely on ground-level tracks, so soft or wet ground is less of a problem for them than for track-based sliding gates. The main concern is post stability in soft ground rather than the gate mechanism itself. A sliding gate with a cantilever system avoids ground tracks entirely if the ground is a persistent issue.

A standard gate is the right choice when your opening matches a common size and your style requirements are straightforward. A bespoke gate is better when the opening is non-standard, the slope or ground level varies, or you want a design that matches your property rather than a catalogue option. For most residential openings in older areas, bespoke is the more practical route.

A gate specialist works to Gate Safe and DHF standards, which cover structural loading, safety edge placement, and automation compatibility. A general welder or builder may produce a gate that looks correct but lacks the hinge geometry, weight balance, or safety provisions that a motorised or frequently used gate requires. For a gate that will be automated, a specialist is the safer choice.

The main drawback is the side-space requirement: you need significantly more clear run than the opening width. The gate is also heavier than a tracked equivalent of the same size, so posts and foundations must be more substantial. On very tight plots with walls close to the opening, a cantilever system may simply not fit.

Both slide horizontally, but a tracked sliding gate runs on a ground rail across the opening while a cantilever gate floats above the ground on rollers fixed to a side post. The cantilever design removes the ground track entirely, making it better suited to uneven or soft ground where a track would shift or clog. Learn more about automated sliding gates.

Choose a cantilever system if your ground is uneven, soft, or prone to frost heave, or if a ground track would create a trip hazard or drainage problem. A tracked gate is simpler and cheaper where the ground is firm and level and the budget is tighter. Side-space availability is the deciding constraint for both.

Yes, in most cases. A ground track on soft or muddy ground will shift, clog, and eventually prevent the gate from travelling freely. A cantilever gate has no ground contact across the opening, so mud and soft ground do not affect its operation. The posts still need solid concrete footings, but the gate travel itself is unaffected.

Many existing gates can be automated without replacement, provided the structure is sound and the geometry suits a motor. A surveyor checks hinge condition, gate weight, and post strength before recommending retrofitting. If the gate is warped, rotten, or undersized for a drive mechanism, a new gate is the more practical route. See gate automation retrofitting for more detail.

Repair makes sense when the gate structure is sound and the fault is mechanical or electronic. If the gate is heavily corroded, structurally weak, or too light for a motor, replacement gives better long-term value. A surveyor can assess the existing gate and give you a straight comparison of both options. See electric gate repair if repair is the likely route.

Yes, it is worth doing first. Switch off the mains supply, wait 30 seconds, restore power, and check that the photocells are clean and unobstructed. These steps resolve a surprising number of faults. If the gate still does not operate correctly after that, book a diagnostic visit rather than continuing to cycle the power.

For electric gate faults, a gate engineer is the right call. Gate automation involves low-voltage control boards, safety-critical photocells, and mechanical limit settings that require specific diagnostic tools and knowledge. A general handyman is unlikely to carry the components or have the software access needed to reconfigure a control board correctly.

The majority of faults are repairable. Replacement is usually only necessary when the gate structure itself is badly corroded or damaged, or when the operator is obsolete and spare parts are no longer manufactured. The engineer will give you an honest assessment after the diagnostic inspection so you can make an informed decision.

Retrofitting makes sense when the existing gate is structurally sound and you want to keep its appearance. Replacement is worth considering when the gate is damaged, poorly sized, or not suited to automation without significant remedial work. A site assessment will tell you which route is more cost-effective for your specific gate.

On a period property, retrofitting preserves the original gate’s character, which is often the priority. It is the better choice when the existing gate is structurally sound and its appearance matters. If the gate is beyond repair or incompatible with automation, a sympathetically designed replacement may be the more practical route.

A service is preventative, not a repair visit. If the gate has already stopped working, a repair callout is the right starting point. Once the fault is resolved, a service can follow to address any underlying wear. Book a repair visit if the gate is currently not operating.

Cleaning and basic lubrication are fine as routine upkeep, but they do not replace a full service. Motor load testing, control board inspection, torque adjustment, and safety sensor verification all require specialist tools and knowledge. DIY maintenance misses the electrical and safety checks that prevent costly failures.

A small fault needs a repair first to restore correct operation. A service can then follow to check whether the fault was isolated or part of wider wear. Combining both in one visit is often possible, ask when booking and our partners can advise on the most efficient approach.

Audio intercoms let you speak to a visitor before releasing the gate, which suits many residential driveways. Video adds a visual check, which is more useful on larger plots, rental properties, or commercial entrances where you cannot see the gate from inside. If you regularly receive deliveries or unknown callers, video is the more practical choice.

Neither is inherently safer; they address different risks. A remote can be lost or cloned, but a keypad code can be shared or observed. Many properties use both: a keypad for regular visitors who do not carry a fob, and remotes for household members. Combining two methods gives better overall control than relying on either alone.

A keypad is generally the easiest option for regular visitors such as cleaners, carers, or delivery drivers, as they need only a code and no physical device. Proximity fobs are similarly simple for staff or tenants. Remotes suit household members who always have them to hand. The best choice depends on how many people need access and how often.

A remote or keypad is enough if everyone who needs access is known and trusted, and you are not concerned about unknown callers arriving at the gate. An intercom becomes worthwhile when you want to screen visitors before granting entry, or when the gate is out of sight from the house. Many properties start with a keypad and add an intercom later.

An intercom can be added to most existing automated gates without replacing the gate, motor, or control board. The intercom panel connects to a trigger input on the existing control board, so the gate mechanism stays in place. Only if the control board lacks a suitable input, or is too old to support one, would any gate-side work be needed.

A manual gate costs less upfront but requires you to get out of the car every time, which most homeowners find impractical within weeks. A heavy hardwood leaf is also tiring to push by hand, especially in wet weather. If the gate will be used multiple times daily, automation pays for itself in convenience and reduces wear on hinges and latches.

Repair makes sense if the frame is structurally sound and the timber is not rotten. If the gate is warped, the posts are subsiding or the timber is beyond treatment, replacement is the more cost-effective path. Adding automation to a gate that is already failing will shorten the motor’s life and lead to a second set of costs within a few years.

Timber is generally a closer visual match for period and rural properties, where natural grain and warm tones complement brick, flint or render. Metal gates can also be finished to suit traditional styles, but timber requires no powder-coat colour matching and weathers in a way that reads as authentic. The trade-off is higher ongoing maintenance compared to wrought iron or metal alternatives.

True wrought iron is hand-forged from low-carbon iron and is now rare and expensive. Most gates sold as wrought iron today are mild steel, fabricated to replicate the scrolled and bar designs of traditional wrought iron. Mild steel gates are heavier and more affordable, but need good surface treatment to resist rust.

Genuine wrought iron has slightly better corrosion resistance than mild steel, but it is scarce and costly. Mild steel gates with a hot-dip galvanised or powder-coated finish perform well outdoors and are the practical standard. The finish quality matters more than the base metal for long-term durability.

Online gates are cheaper upfront but are cut to catalogue sizes, so they rarely fit precisely. A made-and-fitted gate is measured to your opening, hung correctly, and adjusted on site. Fitting errors with a heavy metal gate are difficult and costly to correct after the fact.

You can, but metal gates are heavy and hanging them plumb and level without experience is harder than it looks. Incorrect hinge placement causes the gate to drop, bind, or fail to latch. If the gate is to be automated, incorrect fitting can also void the operator warranty.

A general handyman can hang a light gate on existing posts, but heavy metal driveway gates need correct hinge sizing, post depth, and concrete specification to carry the load safely. Automated gates must be installed to Gate Safe standards, which requires specific knowledge of safety edges and force limits.

Powder-coated steel does not swell, split, or rot the way timber can in repeated freeze-thaw cycles. Timber needs regular repainting or re-staining to stay sound; metal needs only coating maintenance. For a low-maintenance boundary in a wet climate, metal generally outlasts untreated or poorly maintained timber.

A correctly installed aluminium gate with a well-matched motor runs quietly, typically a low hum from the drive unit and a soft click at the end stops. Noise usually only becomes noticeable if the gate is misaligned, the motor is undersized, or the end-stop buffers wear down over time.

Most single or double-leaf aluminium gate installations are completed in one day. Jobs that involve significant groundwork for new posts, concrete bases, or underground cable ducting may run to two days. The gate itself is usually fabricated off-site beforehand, so on-site time is kept to a minimum.

Disruption is limited mainly to the gate entrance area. Post installation and cable ducting involve some digging, but the footprint is small. Driveways are left clean at the end of each day, and most installations are complete within one to two days, so access to your property is restored quickly.

Aluminium gate leaves need very little attention, an occasional wash and a check that hinges or rollers move freely. The automation system benefits from an annual service covering motor settings, safety photocells, and control board function. Catching small issues early prevents more costly repairs later. See Preventative Maintenance & Servicing.

Our partners handle both. They can supply and fit a complete aluminium gate and automation system, or fit automation to a gate you have already sourced. If you have an existing manual aluminium gate you want motorised, see Gate Automation Retrofitting for how that process works.

An annual service is recommended for any automated gate. It covers safety edge and photocell testing to DHF standards, motor torque checks, lubrication of moving parts, and control board inspection. Skipping servicing can void manufacturer warranties and, more importantly, allow safety-critical components to degrade undetected.

In most cases, yes. Post installation and cable ducting are localised to the gate entrance and do not require the driveway surface to be lifted across its full width. Where a sliding gate needs a ground track, a narrow channel is cut at the entrance only, leaving the rest of the driveway untouched.

The installer prepares the track channel and motor pad, lays the ground track, fits the drive motor and gate leaf, then connects the power supply and control board. Safety edges and photocells are fitted and tested to DHF standards. The gate is run through a full cycle check and the controls are handed over with a walkthrough.

A straightforward installation on prepared ground typically takes one to two days. More groundwork, longer cable runs, or bespoke gate fabrication extend that. The site survey gives a realistic programme once the specific conditions are assessed.

Cutting the track channel and laying concrete produces some dust and spoil, but the work is contained to the gate area. The installer removes arisings on completion. Driveway access is restricted during the day but is usually restored by the end of the installation.

Most installations include a remote handset for vehicle use and a keypad or intercom for pedestrian access. The gate opens, pauses, and closes automatically on a timed cycle. Smartphone control is available when paired with a compatible access system. The installer walks you through every control method before leaving.

Waterlogged ground can undermine a track foundation and allow debris to pack around the running wheels, causing the gate to drag or stall. The installer assesses drainage before laying the track bed and may specify a deeper concrete foundation or a French drain alongside it. In severe cases, a cantilever system removes the ground-level track altogether.

The survey covers gate weight and leaf dimensions, post condition and fixing depth, available swing arc, ground clearance, proximity of obstacles, and the cable route for power. Safety device positions for photocells and safety edges are also planned at this stage in line with DHF standards.

Actuators are fixed to the posts and gate leaves, control board and transformer are housed in a weatherproof enclosure, safety edges and photocells are wired in, and the system is programmed and tested. The installation is specified and fitted to Gate Safe standards throughout.

A straightforward retrofit to a sound existing gate on level ground is typically completed in a single visit. More complex jobs, new posts, sloped ground, long cable runs, or intercom integration, take longer. The survey identifies any complications before work begins so there are no surprises on the day.

Yes. Cables are routed neatly and the manual release is set up and demonstrated before the installer leaves. The gate is tested in both powered and manual modes to confirm it operates correctly in each.

A site survey covers the clear opening width, post or pillar positions, ground level across the full swing, any slope gradient, and the condition of existing fixings or brickwork. These measurements determine the gate’s dimensions, hinge positions, and bottom rail profile before manufacture begins.

Sometimes. If existing posts are leaning, crumbling, or set at the wrong spacing, they may need repair or replacement before accurate measurements can be taken. In most cases the opening is usable as-is and the gate is simply made to fit it. Any preparatory work is identified at the survey stage, not discovered on installation day.

Non-standard openings sometimes need post replacement, pillar repair, or ground levelling before a gate can be hung correctly. If the opening is wider than a single leaf can span safely, a pair of gates or a sliding system may be needed instead. All of this is assessed at the survey stage so there are no surprises during installation.

The support posts carry the full weight of the gate in cantilever, so they need concrete footings that go well below the frost line, typically 600-900 mm deep depending on gate weight. A shallow or poorly mixed footing will allow the post to lean over time, pulling the gate out of alignment.

Yes, provided the posts are correctly set and the rollers are adjusted at installation. The gate travels on upper and lower rollers fixed to the post, holding it at a consistent height above the surface. Periodic roller adjustment during routine servicing keeps that clearance consistent over years of use.

The installer marks and excavates post positions, sets posts in concrete, and allows the concrete to cure before hanging the gate. Rollers and guides are fitted and adjusted so the gate travels smoothly. If the gate is automated, the motor, safety edges, and photocells are wired and commissioned to DHF standards before handover.

Most cantilever gate installations take one to two days on site. Concrete footings need 24-48 hours to cure before the gate is hung, so the full process from first visit to operational gate is typically two to three days. Bespoke or larger gates may take longer if fabrication is involved.

An annual service covers roller lubrication, roller-height adjustment, post-bolt checks, and motor and safety-device testing on automated gates. Without it, rollers wear unevenly and the gate can drop or drag. Preventative maintenance servicing keeps the system running within its original specification.

Properly set foundations resist seasonal ground movement. Posts are set in concrete footings deep enough to sit below the frost line, which prevents heave in cold wet winters. Shallow or undersized footings are the main risk, they can allow posts to lean gradually, pulling the gate out of level and causing roller wear.

The installer sets posts or checks existing ones, lays ducting for cabling, mounts the motor and gate leaves, then connects the control board and access devices. Safety edges and photocells are fitted and aligned to DHF standards. The system is then tested through a full cycle before handover, and you are shown how to operate and override it.

Access is restricted while the gate leaves and motors are being fitted, typically for most of the installation day. Our partners plan the work to minimise the closed period and will agree a start time that suits your routine. A temporary manual override is left in place if the job runs across more than one day.

Installation covers supply and fitting of the gate, motor, control board, safety photocells, and safety edges, all specified to DHF standards. It also includes ducting, connection to the power supply, and commissioning. Remote controls or keypads are programmed, and you receive a walkthrough of daily operation and the manual release.

You can trigger the gate via remote fob, keypad, intercom, or a smartphone app depending on the access control fitted. The motor drives the gate through its full travel and holds it open for a set dwell time before auto-closing. Safety photocells detect obstructions mid-travel and stop or reverse the gate automatically, in line with DHF standards.

A straightforward single or double gate installation typically takes one to two days. Jobs requiring new concrete foundations, extended cable runs, or bespoke fabrication take longer. The installer confirms the expected duration when the survey is complete and a start date is agreed.

Yes. Every installation is tested through multiple open and close cycles before handover. Safety edges and photocells are verified to DHF standards, and force and speed settings are adjusted to meet Gate Safe requirements. You receive confirmation that the system has passed these checks as part of the handover.

Concrete foundations need reasonably stable ground to cure correctly, so installation is usually rescheduled if the ground is waterlogged. Surface water can be managed, but saturated clay that is actively moving is not suitable for setting posts. The installer will advise on timing if conditions at the point of booking are poor.

Most faults are resolved on the first visit because engineers carry common replacement components including capacitors, photocells, limit switches, and control boards. If the gate needs a non-stock part specific to an older or unusual operator, a follow-up visit will be needed once the part is sourced.

Our partners aim to attend emergency callouts as quickly as possible, often the same day for urgent faults such as a gate stuck open or blocking access. Availability varies by location and demand, so contact us directly to confirm the earliest slot for your area.

We can discuss the symptoms you describe and outline the most likely causes, but a firm diagnosis requires a physical inspection of the gate, motor, and control board. Describing any error codes, unusual noises, or recent events such as a power cut will help narrow it down before the engineer arrives.

Yes, in most cases. The engineer needs access to the control panel, motor housing, and often the mains isolator, which are usually inside the property boundary. For commercial sites, an authorised contact who can grant access and approve any repair work should be available during the visit.

Yes. Wind damage and ground saturation are treated the same as any other fault, if the gate is stuck open or creating a security risk, that qualifies as an urgent callout. Describe the situation when you contact us so the engineer arrives with the most likely parts and equipment for the conditions.

A pre-installation check covers the gate’s weight, balance, and travel; hinge and post condition; ground surface and drainage; available power supply; and clearance for safety devices. These checks ensure the automation is specified correctly and that safety edges and photocells can be fitted to DHF standards.

Yes, if the gate binds, sags, or has damaged hinges, those faults must be resolved before automation is fitted. A motor fitted to a faulty gate will strain against the problem and fail prematurely. Our partners identify any required repairs during the site assessment so nothing is missed before installation begins.

A straightforward retrofit on a prepared gate is typically completed in one day. If groundwork, post reinforcement, or electrical supply work is needed, the job may run to two days. The site assessment gives a clear picture of the scope before installation is booked.

Most retrofits involve limited groundwork, cable runs and operator mounting points, so disruption is minimal. Any concrete or groundwork is kept to the gate area. The gate remains usable manually throughout the installation and is handed back fully operational on the same day in most cases.

Standard options include remote fobs, a surface-mounted keypad, a video intercom, or a smartphone app via a GSM or Wi-Fi module. Multiple control methods can be combined on the same system. The right combination depends on how many users need access and whether remote monitoring is required. See Smart Access Control & Intercoms.

Only if they are worn, corroded, or unable to bear the additional load of a motor and repeated automated cycles. Automation puts more stress on hinges than manual use does, so any marginal hinge or post is likely to fail early. The site assessment flags these issues before installation is quoted.

Wet or uneven ground often requires a concrete base for the operator, improved drainage, or post re-setting before automation can be fitted safely. Without stable ground, posts shift seasonally and the gate falls out of alignment. The site assessment identifies what groundwork is needed and includes it in the quote.

A service covers mechanical checks, electrical checks, and safety testing. Our partners inspect hinges, rollers, tracks, motor condition, control board, wiring, photocells, and safety edges. Lubrication and alignment adjustments are carried out during the same visit. The aim is to catch wear before it causes a breakdown.

Yes. Photocells and safety edges are tested as a standard part of every service visit. Our partners specify and check these to DHF standards, confirming that auto-reverse activates correctly and detection zones are unobstructed. A gate that fails this check is adjusted or flagged for repair before the visit ends.

Yes. The service covers both mechanical and electrical elements. Our partners check motor condition and load draw, inspect wiring for corrosion or chafe, and test the control board for fault codes or erratic behaviour. Moving parts and drive components are checked in the same visit.

Yes. Remote fobs, keypads, and intercom units are tested during the visit. Our partners check signal range, button response, and pairing integrity. If an access control device is underperforming, it is flagged so you can decide whether to repair or replace it.

The engineer arrives, runs the gate through its full cycle, and notes any visible issues. They then work through a structured checklist: mechanical inspection, lubrication, electrical and motor checks, safety sensor testing, and access control verification. Any findings are explained to you before the visit closes.

Most single-gate service visits take between one and two hours. A dual-leaf or more complex installation with intercom and access control may take a little longer. The engineer will give you a clearer estimate once they know your specific setup.

Yes. Lubrication of hinges, rollers, and drive components is carried out during every service. Alignment is checked and adjusted where needed, including limit switch positions and gate leaf travel. Both are standard items on the service checklist, not optional extras.

The gate will need to be cycled open and closed several times, so the entrance will be briefly out of use. Most visits require access to the motor housing and control box, which are usually at the gate post. Disruption is minimal and the gate is returned to full operation before the engineer leaves.

Once a year is the standard recommendation, but in areas with high rainfall and damp winters, a twice-yearly service is worth considering. Moisture accelerates corrosion on terminals, hinges, and motor housings. A mid-winter check catches any deterioration before the coldest months put extra load on the system.

Yes. Our partners inspect for corrosion on wiring terminals and fixings, water ingress into motor and control housings, and physical damage to hinges or tracks caused by frost expansion. These are common findings after a hard winter and are addressed or flagged during the same visit.

The gate’s existing control board, cabling, power supply, and physical condition are all assessed before any access equipment is specified. The cable run between the gate and the entry point is measured, and the mounting surface for keypads or intercom panels is checked for suitability. This ensures the chosen system will integrate cleanly and work reliably.

It often does. A new intercom panel, keypad, or exit loop typically needs a cable run from the gate’s control board to the entry point, and sometimes back to the house. Where existing conduit or ducting is in place, this is straightforward. Where it is not, surface trunking or a shallow trench may be needed. The scope is confirmed before work begins.

A straightforward intercom or keypad installation on an existing automated gate typically takes half a day to a full day. Where new cable runs, trenching, or control board work are needed, the job may extend to two days. The exact duration depends on the cable route, the number of access points, and whether any remedial gate work is required.

On exposed sites, additional protection such as a canopy over the intercom panel or a recessed keypad housing can reduce direct rain and wind exposure. Standard outdoor-rated equipment handles typical conditions, but sites facing prevailing weather or with no natural shelter may benefit from a protective surround. This is assessed and specified as part of the installation plan.

Timber gates need more upkeep than aluminium or steel, but the workload is manageable. Repainting or re-staining every two to three years, plus an annual check of hinges, seals and the automation unit, keeps them in good order. Skipping this cycle shortens the gate’s life and can cause the motor to strain against a swollen or warped leaf.

A correctly installed timber gate with a properly rated motor opens and closes smoothly hundreds of times a week without issue. Safety edges and photocells fitted to DHF standards stop the gate if an obstruction is detected, so daily operation is both reliable and safe. Seasonal swelling can slow movement slightly if the finish is not maintained.

Installation typically covers supply and fitting of the gate leaves, posts or frame, motor and control board, safety edges, photocells, remote handsets and any required groundwork for the post foundations. Cable ducting to the power supply is usually included. Confirm with your installer exactly what the quoted price covers before work begins.

Our partners assess the opening width, ground level, post positions, soil conditions and available power supply before specifying any equipment. They also check whether existing posts or pillars are structurally sound enough to carry the gate and motor loads. Installations are specified to Gate Safe standards, which sets out the pre-installation survey requirements.

Plan for a full re-coat of paint or stain every two to three years and a light inspection of the finish annually. Hinges and the automation unit benefit from a yearly service check. Catching a failing finish early costs far less than replacing a warped or rotten leaf, so the maintenance schedule is worth keeping.

Yes. A mains power supply must reach the motor, usually via armoured cable run through ducting buried in the driveway. Post foundations require concrete bases sized to the gate’s weight. If the driveway surface is block paving or tarmac, cutting and reinstatement is part of the groundwork scope and should be included in the quote.

Measure the clear opening width and height at multiple points, check whether the ground is level, confirm what the gate will hang from (existing posts, piers, or new posts), and decide on the opening direction. Also check whether automation is planned now or later, as that affects hinge and post specification.

The fitter checks the opening dimensions on site, sets or confirms the post positions, hangs the gate on the hinges, adjusts for level and plumb, fits the latch or lock, and tests the full swing. If automation is included, the operator is wired and commissioned at the same visit.

A single pedestrian gate with existing posts typically takes two to four hours. A double driveway gate with new post installation takes a full day, including concrete setting time. Automated gates may require a return visit once the concrete has cured.

Post installation involves digging and concrete, which creates some ground disturbance. The area around the posts will need a day or two to cure before the gate is hung under full load. Hanging a gate on existing posts is much cleaner and is usually completed in a single visit.

No. Brentwood Electric Gates is a lead-generation brand. We take your enquiry, specify the job to DHF and Gate Safe standards, and arrange a vetted local installer to carry out the survey and installation. We never claim in-house fitters or our own installation crew.

Every installation is specified to Gate Safe standards. Safety edges and photocells are specified to DHF standards and BS EN 12453 compliance. Force testing is included in the specification, not left to the installer’s discretion.

Swing, sliding, and cantilever gates each require different post foundations, operator types, and clearance. Brentwood’s clay soil also affects foundation depth. Recommending a gate type without a survey risks a gate that drops, binds, or fails force-testing requirements.

An unspecified gate installation risks undersized post foundations that shift in clay soil, operators without safety edges, and wiring that does not meet 18th Edition requirements. Retrofitting compliant safety devices after installation costs significantly more than specifying them from the start.

Yes. Groundwork, post foundations scoped for clay soil, armoured supply, and 18th Edition wiring are included in the quote from the outset. Nothing is added after the survey.

GSM modules and app-based access control are available options. The local installer will confirm compatibility with your chosen operator and advise on intercom, keypad, or induction loop access during the survey.

Often yes, if the gate moves freely and the posts and hinges are in good condition. The installer checks gate weight, hinge alignment, and swing path during the survey before any motor is specified. If the gate or posts need repair first, that is confirmed before any hardware is ordered.

The quote covers the gate, motor, control panel, safety edges, photocells, post foundations, and 18th Edition wiring. Groundwork and armoured supply requirements are scoped during the survey and included in the figure, not added later.

A gate left in poor condition puts strain on the motor if it is already partially automated, and leaves the entrance unsecured in the meantime. A gate stuck open or failing to close properly is also a liability if it causes an incident on or near the property.

Not on its own. The gate improves access control, but security also depends on the gate design, lock specification, and how the access system is managed. Safety edges and photocells are fitted as standard to meet DHF standards, but gate security is a separate consideration from gate automation.

The motor, travel limits, and safety sensors all need to be set and verified together. Testing confirms the gate stops cleanly at each end, the auto-reverse force meets BS EN 12453, and the photocells and safety edges respond correctly before the gate is handed over.

It depends on the gate height, location, and whether the property is in a conservation area or has a listed boundary wall. Essex planning considerations may apply. The installer can advise during the survey, but checking with Brentwood Borough Council before work begins is recommended.

Most residential driveway gates under 1 metre high (or 2 metres where not fronting a highway) fall within permitted development and need no planning permission. Gates on listed buildings, in conservation areas, or above those heights do require consent. Check with your local planning authority before ordering.

Most automation systems include a manual release so you can operate the gate by hand if the motor fails. Our partners carry out repairs and emergency callouts for gate automation faults. Addressing a motor fault promptly matters, a gate stuck open is a security risk, and one stuck closed can block vehicle access entirely. See Electric Gate Repair & Emergency Callouts.

Aluminium’s low weight means motors work well within their rated cycle capacity, which reduces wear. Reliability is closely tied to correct motor sizing at installation and annual servicing to check torque settings, lubrication, and safety edge function. Installations are specified to Gate Safe and DHF standards, which sets a baseline for safe, consistent operation.

Contact the partner who fitted the gate. Most faults are traced to a sensor, limit switch, or power issue and can be resolved on a single visit. Keeping up with annual servicing reduces the likelihood of unexpected failures and keeps the motor and safety devices in working order. Preventative maintenance explains what a service covers.

Installations are specified and fitted to Gate Safe standards. Safety edges and photocells are specified to DHF standards, which means the gate detects and stops on contact with an obstruction. Force settings are calibrated to safe limits before handover, and the full system is tested before the installer leaves.

Yes. Installations are carried out to Gate Safe standards, with safety edges and photocells specified to DHF standards. A conformity declaration and risk assessment are produced as part of the installation, confirming the gate meets the Machinery Directive requirements that apply to automated gate systems.

Most swing gate systems include a battery backup that keeps the motor operational during a power cut, typically allowing a set number of open and close cycles. Once the battery is depleted the gate stays in its last position until power returns or the manual release is used.

Yes. Every automated swing gate system includes a manual release mechanism, usually a key-operated clutch on the actuator. Disengaging it decouples the motor so the gate swings freely by hand until the fault is resolved.

Yes. A key-operated manual release is fitted to every actuator as standard. It disengages the motor so the gate can be pushed open by hand, which is essential during a power cut or fault. The release is demonstrated at handover so you know exactly how to use it.

A bespoke gate is designed around your property’s style, materials, and proportions from the outset. Infill patterns, rail positions, finish, and colour are all chosen to complement your existing boundary and facade. Because nothing is adapted from a standard template, the result sits in proportion with your home rather than looking like an afterthought.

Yes. A gate made to the exact dimensions of your opening, with the correct hinge geometry and ground clearance, is far less likely to sag, catch, or fail prematurely than a standard gate adapted to fit. Building in automation compatibility from the start also avoids the structural modifications that retrofitting often requires.

A gate made from accurate site survey measurements should fit correctly. If a discrepancy arises, it is traced back to the survey data and resolved before the installation is signed off. This is why a thorough survey matters more than any other step in the process, errors caught on paper cost far less to correct than errors discovered on site.

In most cases, no. Permitted development rules in England allow gates up to 1 metre high fronting a highway, or 2 metres elsewhere, without planning permission. Exceptions apply to listed buildings, conservation areas, and some new-build plots with restrictive conditions. Check with your local planning authority if you are unsure.

Yes, when installed correctly. Our partners specify and fit installations to Gate Safe standards, and safety edges and photocells are specified to DHF standards. These measures protect against entrapment and crushing forces, which are the primary safety risks with any powered gate system.

A site survey before installation identifies whether a cantilever system is viable, checking side-space, ground conditions, and post positions. If the site does not suit a cantilever gate, our partners will recommend a more appropriate system rather than fit something that will not perform correctly.

A powered gate removes the weak point of a manually operated one left open by habit or convenience. Combined with an intercom or video access control, it means only authorised visitors can enter. Installations are specified to Gate Safe standards, which include anti-crush and anti-trap requirements that also deter forced entry.

Reliability depends largely on the motor specification matching the gate’s weight and cycle frequency, and on annual servicing. A gate sized and installed to Gate Safe standards, with safety edges and photocells to DHF standards, is built to handle daily residential use without premature wear. Scheduled maintenance catches minor issues before they become failures. See preventative maintenance for what that covers.

Check that the installer surveys the site before quoting, specifies to Gate Safe and DHF standards, and provides a written scope covering posts, cabling, and access control. Confirm whether planning permission applies to your property type. Asking these questions upfront avoids unexpected costs and ensures the finished installation is safe and compliant.

Yes. If a part needs ordering, the engineer will make the gate safe before leaving, either securing it in the closed position or isolating the automation so it cannot move unexpectedly. The gate will not be left in a state that creates a safety or security risk while you wait for the repair to complete.

Yes. The engineer will secure the gate manually before leaving, ensuring your property is not left exposed. Depending on the fault, this may mean locking the gate in the closed position or disabling the drive mechanism so the gate stays fixed until the replacement part arrives.

The engineer will give you a clear explanation of the fault, confirm what part or action is needed, and make the gate safe before leaving. A follow-up visit is arranged once any required parts are available. You will not be left without a clear next step or with an unsecured gate.

The engineer will isolate the gate’s power before carrying out any mechanical or electrical work, so the gate cannot move unexpectedly during the repair. It is still sensible to keep children and pets away from the gate area while work is in progress, as tools and open panels create their own hazards.

Safety edges and photocells are required to detect obstructions and stop or reverse the gate before it causes injury. These are specified and fitted to DHF standards on every installation. The full installation is also carried out to Gate Safe standards, covering force limits, entrapment zones, and warning signage.

A correctly specified and installed system on a structurally sound gate should run reliably day to day. The most common cause of early faults is fitting automation to a gate that was not properly prepared beforehand. Annual servicing catches wear on motors, limit switches, and safety devices before they cause a breakdown. See Preventative Maintenance & Servicing.

Automated gates do require periodic maintenance that a manual gate does not, motors, limit switches, safety edges, and battery backups all need checking. An annual service keeps the system running to Gate Safe standards and catches small issues before they become costly faults. The upkeep is straightforward and predictable.

A sticking gate will cause the motor to strain and can trigger the system’s overload protection, stopping the gate mid-travel. Left unaddressed, it shortens motor life and risks a safety fault. Our partners offer emergency callout and repair services to diagnose and fix the underlying cause promptly. See Electric Gate Repair & Emergency Callouts.

Yes, and that is the primary purpose of a service. Control board fault logs, motor current draw readings, and physical wear on drive components all reveal problems that are invisible during normal use. Catching them early means a small adjustment rather than a full component replacement.

Incorrect limit switch or torque settings can cause the gate to over-travel, strain the motor, or fail safety checks. Our partners are trained to adjust to manufacturer specifications and Gate Safe standards, so settings are set correctly rather than estimated. Untrained adjustments are a genuine risk to both the gate and anyone near it.

Yes. Safety checks are central to every service visit. Photocells and safety edges are tested to DHF standards, and the overall installation is reviewed against Gate Safe standards. A gate that fails any safety test is flagged immediately, with the fault explained clearly before the engineer leaves.

Yes. Clay-heavy ground shifts seasonally, which can pull gate posts out of true and throw alignment off. A service includes alignment and limit switch checks that compensate for any post movement. Catching a shifted post early prevents motor strain and keeps the gate operating within its designed travel range.

Any fault that arises after installation should be reported so it can be investigated. Our partners carry out installations to Gate Safe standards, which sets a baseline for how equipment is specified and fitted. For ongoing faults or breakdowns, electric gate repair and emergency callouts are available to diagnose and resolve the issue.

Outdoor intercom panels and keypads are rated for external use and designed to handle rain, frost, and temperature variation. Reliability in poor weather depends on correct installation, including sealed cable entries and appropriate housing. Equipment fitted to Gate Safe standards includes weatherproofing as part of the specification, reducing the risk of water ingress causing faults.

Warping and rot are real risks if the timber is left unprotected or the wrong species is used. Hardwoods such as iroko or oak, properly treated and finished, resist moisture far better than softwood. Keeping the finish intact and ensuring good drainage around the posts prevents the most common causes of deterioration.

Our partners return to adjust, reset or replace any component that is not performing correctly after installation. Installations are carried out to Gate Safe standards, which include commissioning checks before handover. If a fault develops after sign-off, contact the installer directly, most issues with limit settings or safety edges are resolved at a single visit.

If you supply inaccurate measurements, a made-to-measure gate cannot be exchanged easily. That is why a site survey before manufacture matters. Our partners measure the opening themselves before fabrication, so the gate is made to the actual dimensions rather than figures you supply remotely.

Confirm the gate has a galvanised or powder-coated finish rather than paint only, that all welds are sealed, and that hinges and hardware are stainless steel or hot-dip galvanised. A gate specified for outdoor use will state its finish type; if the supplier cannot confirm it, that is a warning sign.