Why electric gate safety matters
Electric gates are brilliant when they are designed and installed properly.
They make your home more secure. They make coming and going easier. They add privacy, control and kerb appeal. But because they move under power, they also need to be treated properly.
An electric gate is not just a gate with a motor on it.
It is a moving system with hinges, brackets, motors, sensors, controls and safety devices. If any part of that system is badly designed, badly installed or left without maintenance, it can become unsafe.
At Keith Lomas Fabrications, we design, fabricate, install and service electric gates across Leeds, Harrogate, York and wider Yorkshire. This guide explains the safety basics every homeowner should understand before buying, upgrading or maintaining electric gates.
What makes an electric gate safe?
A safe electric gate should open and close smoothly, stop when it needs to, and avoid trapping or crushing risks.
That safety comes from a combination of design, installation and maintenance.
A safe electric gate system should consider:
- The gate size and weight
- The type of gate
- The motor strength
- The speed of movement
- The force of the gate
- Pinch points
- Crush points
- Photocells
- Safety edges
- Manual release
- Access control position
- How pedestrians use the entrance
- How vehicles enter and exit
- How often the gate is used
A good installer should not just ask what style you like.
They should look at how the gate will work in real life.
Electric gate safety starts with the survey
The site survey is one of the most important parts of an electric gate project.
This is where the installer checks the entrance and works out what type of gate will actually suit the property.
A proper survey should look at:
- Width of the entrance
- Ground level and slope
- Opening space
- Existing walls or pillars
- Pedestrian routes
- Vehicle waiting space
- Visibility from the road
- Power supply
- Drainage
- Gate material and weight
- Access control requirements
- Possible trapping points
For example, a driveway with a steep slope may not suit swing gates. A narrow entrance may need careful positioning of posts and sensors. A gate near a pavement may need extra thought around how vehicles wait and how pedestrians pass.
Safety is not something added at the end. It should be designed into the project from the beginning.
Photocells: what they do
Photocells are one of the most common safety devices on electric gates.
They use an infrared beam between two points. If the beam is broken by a person, vehicle or object, the gate reacts.
Depending on the setup, the gate may stop, reverse or refuse to close.
Photocells are useful because they help detect something in the path of the gate.
They are often installed across the driveway entrance and can be used inside or outside the gate line, depending on the risk points.
Photocells should be positioned properly and kept clean. Dirt, leaves, spider webs or impact damage can stop them working correctly.
Safety edges: what they do
Safety edges are pressure-sensitive strips fitted to parts of the gate where contact could happen.
If the gate touches an object, person or vehicle, the safety edge detects pressure and sends a signal to stop or reverse the gate.
Safety edges are especially important on certain types of automated gates, including sliding gates, where there can be more potential trapping points.
They can be fitted to:
- Leading edges
- Closing edges
- Posts
- Areas where crushing could occur
- Parts of the gate where contact risk is higher
A safety edge is not there for decoration. It is there to reduce risk.
The correct position depends on the gate design and the entrance layout.
Force testing: why it matters
Force testing checks how much force the gate applies while moving.
This matters because if a gate hits something, it should not continue pushing with excessive force.
A professional installer should set up the automation correctly and check that the gate reacts safely.
The force needed to move a heavy gate can be significant. That is why motor selection and safety setup matter so much.
If the motor is too powerful, badly configured or fitted to a gate with poor movement, the system can become dangerous.
A gate should not strain, slam, drag or fight against the hardware.
Smooth movement is safer movement.
Pinch points and crush points
Pinch points and crush points are areas where someone could get trapped as the gate moves.
These can appear around:
- Hinges
- Posts
- Sliding gate tracks
- Guide rollers
- Closing edges
- Gaps between the gate and wall
- Motor arms
- Underground motor boxes
- Pedestrian gaps
- Railings near the gate
A good installation should identify these risks and reduce them through design, safety devices and clear positioning.
Some risks can be designed out. Others need protection.
This is why off-the-shelf thinking is not enough. Every driveway is different.
Access control can affect safety too
Access control is not just about convenience. It can affect how safely people use the gate.
Common access options include:
- Remote controls
- Keypads
- Fobs
- Intercoms
- Video intercoms
- GSM phone entry
- App control
- Exit buttons
- Vehicle sensors
The position of keypads and intercoms matters.
If a driver has to stop in an awkward place to reach a keypad, it can create issues. If visitors have to stand too close to the gate to call the house, that can also be a problem.
Good access control should be easy to use without putting people in the gate’s movement area.
For homes with regular deliveries, tradespeople or visitors, this should be planned from the start.
Manual release: the feature people forget
Every electric gate should have a way to be opened manually if needed.
This is usually called manual release.
It matters during:
- Power cuts
- Motor faults
- Emergency access
- Servicing
- System resets
- Remote control failures
When your gate is installed, you should be shown how the manual release works.
You should also know where the release key or tool is kept.
If the gate fails and nobody knows how to release it, the problem becomes much more stressful.
A proper handover should make this clear.
Are electric gates safe for children and pets?
Electric gates can be safe around children and pets when they are properly designed, installed and supervised.
But they should never be treated like toys.
Children should not play near moving gates, climb on gates, operate controls unsupervised or stand in the gate opening while the gate is moving.
Pets should also be kept clear of moving gates, especially small dogs that may not be easily detected depending on the sensor layout.
If you have children or pets, tell your installer during the survey.
The safety setup should reflect how the entrance is actually used.
Swing gate safety
Swing gates open like doors, usually inward onto the driveway.
The main safety considerations include:
- Hinge areas
- Motor arms
- The arc of movement
- Closing edges
- Clearance from walls, pillars and vehicles
- Whether the gate can catch the ground
- Whether people walk through the same entrance
Swing gates need enough space to open cleanly.
If a car is parked too close, or if the ground rises sharply behind the gate, the system can become awkward and potentially unsafe.
The gate should move freely without scraping or straining.
Sliding gate safety
Sliding gates move sideways across the entrance.
They are often ideal for tight or sloped driveways, but they have different safety considerations.
The main safety points include:
- Leading edge
- Track area
- Guide rollers
- Opening pocket
- Gaps between the gate and fixed objects
- Motor gear and rack
- End stops
- Vehicle and pedestrian crossing points
A sliding gate should have a clear run and should not create trapping risks along its travel path.
Tracks should be kept clear of stones, leaves and debris.
If the gate starts to judder, scrape or grind, it should be checked.
What can go wrong with unsafe electric gates?
Unsafe or poorly maintained electric gates can cause problems such as:
- Gates not stopping when blocked
- Gates closing on vehicles
- Gates trapping objects or people
- Motors straining or overheating
- Gates moving unpredictably
- Sensors failing
- Gates opening onto unsafe areas
- Manual release not working
- Control devices being placed in risky locations
Some faults are obvious. Others are not.
That is why regular servicing matters.
A gate may still open and close, but that does not mean every safety feature is working correctly.
How often should electric gates be checked?
Most residential electric gates should be serviced at least once a year.
High-use gates may need servicing every 6 months or more often.
Commercial gates, shared gates and gates used by the public may need a more frequent schedule.
A service should check:
- Gate movement
- Motor operation
- Hinges, rollers or tracks
- Photocells
- Safety edges
- Force settings
- Access control
- Manual release
- Visible wiring
- Brackets and fixings
- General wear and damage
Regular servicing keeps the system safer and more reliable.
Warning signs your gate needs attention
Book an inspection if you notice:
- The gate moves slower than usual
- The gate makes grinding or scraping noises
- The gate keeps reversing
- The gate does not stop properly
- The gate closes unevenly
- The gate drags on the ground
- The remote only works sometimes
- The intercom or keypad is unreliable
- The safety sensors seem temperamental
- The motor sounds strained
- The manual release is difficult to use
- The gate has been hit by a vehicle
- The gate feels loose or unstable
Do not wait until the gate fails completely.
Small problems are usually easier to fix early.
Can old gates be automated safely?
Sometimes, yes.
But not every existing gate is suitable for automation.
Before automating old gates, an installer should check:
- Gate strength
- Hinge condition
- Post or pillar strength
- Alignment
- Weight
- Ground clearance
- Opening movement
- Existing damage
- Safety risk points
If the gates are warped, weak, badly hung or too heavy, automation may not be the best idea.
It may be safer and more reliable to replace the gates with a new system designed for automation from the start.
Do manual gates need safety checks?
Manual gates do not have motors, but they can still become unsafe if neglected.
A manual gate should open smoothly, close securely and stay aligned.
Watch for:
- Loose hinges
- Rusted fixings
- Dropped gates
- Broken latches
- Sharp edges
- Unstable posts
- Gates that slam shut
- Gates that swing freely in wind
Manual gates are simpler than electric gates, but they still need to be well made and properly installed.
What should homeowners do between services?
You can help keep your gate safe by doing simple checks.
Do:
- Keep the gate area clear
- Remove stones and debris from sliding tracks
- Clean photocell lenses gently
- Watch for slow or uneven movement
- Listen for unusual noises
- Keep children away from moving gates
- Report faults early
- Book regular servicing
Do not:
- Force the gate open by hand without using manual release
- Bypass safety sensors
- Adjust motor settings yourself
- Let children play with controls
- Ignore scraping, grinding or reversing
- Keep using a gate that feels unsafe
A little care makes a big difference.
Choosing a safe electric gate installer
When choosing an installer, do not just look at the gate photo.
Ask about the system.
A good installer should be able to explain:
- Why that gate type suits your driveway
- What safety devices will be used
- Where sensors will be placed
- How the gate will stop safely
- What motor is suitable
- How access control will work
- How manual release works
- How often servicing is needed
- What aftercare is available
If they cannot explain safety clearly, be careful.
Electric gate safety should never be vague.
Safe electric gate installation in Leeds and Yorkshire
Electric gates should make your property easier to use, more secure and better to look at.
They should also be safe.
Keith Lomas Fabrications designs, fabricates, installs and services electric gates across Leeds, Harrogate, York and wider Yorkshire.
Whether you need a new electric gate, a sliding gate, a composite gate, an aluminium gate, a wrought iron gate or a safety check on an existing system, we can help.
Send us photos of your driveway, rough measurements and your postcode. We will advise what is practical, what is safe and what the next step should be.
Get a quick quote today or book a free survey with Keith Lomas Fabrications.
