Colin H.
Verified on Trustpilot17 Apr 2026
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Good communication, arrived well within the dedicated time and carried out a thoroughly professional job in a friendly manner.
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Tap a feature to see what it is, how to spot it on your car, and how it affects glass replacement. We confirm the exact match for your vehicle when you book.
Heated rear windscreen with integrated wires clears mist and ice when you switch on the demister.
A heated rear windscreen contains fine heating wires embedded within the glass. When you activate the rear demister, an electrical current passes through these wires, warming the glass and melting ice or condensation. This feature is particularly useful in cold or damp weather, improving rear visibility quickly. The heating grid is integral to the glass and connected to your vehicle's electrical circuit via connectors at the base of the windscreen.
Look at the rear windscreen from inside the vehicle — you will see a fine grid of horizontal lines across the glass, typically bronze or copper in colour. On the dashboard or steering wheel stalk, there will be a dedicated rear-demist button, usually marked with a windscreen symbol and heating lines. If in doubt, ask your vehicle's service centre or consult your handbook.
Replacement rear windscreens with heated grids are widely available as original-equipment aftermarket or dealership parts. The new glass must include the factory heating grid and electrical connectors intact. The technician will reconnect the heating circuit to your vehicle's rear-demist switch. Heated rear windscreens are bonded glass, so adhesive cure time applies; drive-away time will be confirmed by the fitter on the day.
An aerial laminated into the windscreen or rear window restores radio, DAB or TV reception without a roof-mounted mast.
An antenna is a conductive print laminated into the glass during manufacture, typically used for radio, DAB (digital audio broadcasting) or television reception. It replaces the traditional roof-mounted aerial mast found on older vehicles. The antenna is integrated into the glass interlayer and connected to the vehicle's receiver unit via a connector embedded in the glass edge. This design offers a cleaner aesthetic, reduces wind noise, and eliminates the vulnerability of a protruding mast to damage or theft.
Check your vehicle's roof — if there is no visible aerial mast, your car likely has a laminated antenna. You can also ask your dealer or service centre whether your windscreen or rear window carries an antenna print. The connector may be visible on the glass edge or inside the door frame trim.
When replacing glass with a laminated antenna, the replacement must carry the matching antenna print and connector to restore reception immediately on fitting. Aftermarket or original-equipment glass with the correct antenna specification is essential; a plain replacement will leave you without radio or DAB signal. Our fitters verify the antenna specification during booking and source the correct variant before the appointment.
Green tint reduces glare and improves visual comfort by filtering certain light wavelengths.
Green tint is a light-filtering coating applied to the glass during manufacture. It absorbs and reduces transmission of certain wavelengths of light, primarily to cut glare from sunlight and reflections. The tint is subtle — often barely visible to the naked eye — but measurably improves visual comfort during prolonged driving, particularly in bright conditions. It's a factory specification chosen by the vehicle manufacturer to balance daylight comfort with interior visibility and aesthetic consistency across all glass in the vehicle.
The easiest way to check is to roll your side window halfway down and hold a piece of white paper behind it. Look carefully for a tint cast — green tint will appear as a subtle green hue compared to clear glass. Your windscreen will have the same tint as your side windows. You can also ask your vehicle's dealership or service centre — they'll have the original specification on file.
Green-tinted replacement glass must match the original tint specification to maintain visual consistency across all windows and preserve the vehicle's interior aesthetics. Aftermarket OE-equivalent (OEE) green-tinted glass is widely available, though some vehicles may require original equipment (OEM) dealership glass if the tint specification is proprietary. Tint does not affect calibration, cure time, or installation procedure — it's a cosmetic and functional specification only.
Solar control glass absorbs infrared rays to reduce heat and improve cabin comfort.
Solar control is a coating applied to the windscreen that absorbs the sun's infrared radiation rather than allowing it to pass through into the cabin. This reduces solar heat gain, helping to keep the interior cooler and more comfortable, particularly in warm weather or direct sunlight. The coating is transparent to visible light, so it doesn't darken the windscreen or affect visibility. It's a passive thermal management feature that works continuously whenever the sun is shining on the glass.
Check your vehicle's specification sheet or contact your dealership service centre to confirm whether solar control glass is fitted. Some manufacturers list it as 'solar control windscreen', 'heat-reflective glass', or 'thermal management glass'. It's a factory-fitted feature and won't be visibly obvious from outside the car — the coating is integral to the glass itself.
Solar control glass is a factory-fitted specification. When replacing the windscreen, a solar control variant must be sourced to match the original. This is a standard glass type with no special fitting implications or calibration requirements. Cure and drive-away times follow normal windscreen bonding procedures. Confirm with your fitter that the replacement glass includes solar control to maintain the original thermal performance.
Dark grey tint on rear windows provides privacy and reduces interior heat and glare.
Dark grey tint, formally known as privacy glass, is a factory-applied tint created through a deep-dipping process during glass manufacture. The pigment is infused into the inner surface of the glass, darkening the rear windows (and sometimes rear doors) significantly more than the front. This reduces heat transmission, minimises glare, and obscures the interior from outside view. It's standard on the rear half of many modern vehicles.
Compare the rear side windows and rear window (backlight) to the front side windows — the rear glass will be noticeably darker. Check your vehicle documents or ask your dealership service centre if you're unsure whether your car left the factory with privacy glass.
Dark grey tinted glass must be sourced from the Original Equipment Equivalent (OEE) or dealership to ensure colour and transmission match your vehicle's existing rear glass. The tint is integral to the glass itself, not a surface coating, so aftermarket non-tinted glass will look visibly mismatched. Replacement does not require any calibration and follows standard bonded-glass cure times for rear windows.
A brake light integrated into the rear window glass itself, requiring a matching replacement to reconnect the original lighting circuit.
A brake light integrated into the rear window glass is a lighting element built directly into the glass panel during manufacturing. Rather than using a separate lamp cluster mounted to the vehicle body, the light circuit is routed through conductive elements — typically a silkscreen pattern, wire network, or bracket assembly — embedded in or bonded to the glass itself. When you brake, this integrated light illuminates to warn following traffic. It combines functionality with design integration, reducing the number of separate components on the rear of the vehicle.
Check your vehicle's rear window for a visible pattern of fine lines or wires running across the glass, usually near the top edge or spanning the upper portion. Look at your vehicle's manual or contact your dealer's service centre — they can confirm whether your rear window carries an integrated brake light. If you see a separate brake-light cluster mounted to the bodywork instead, your vehicle does not have this feature.
The replacement rear window must carry the identical integrated brake-light pattern so the original lighting circuit reconnects without modification. The conductive elements — whether silkscreen, wiring, or bracket fittings — must align precisely with the vehicle's electrical connections. Using a standard rear window without this pattern would disable the brake light. We source the correct OE-specification glass to ensure a seamless fit and restore full functionality.
A TV-reception aerial printed into the rear window, typically for in-car entertainment systems.
A TV antenna is an aerial pattern laminated into the rear windscreen or rear side window to receive broadcast television signals. It's a separate system from the vehicle's radio or mobile antenna and is typically found in vehicles equipped with rear-seat entertainment systems. The antenna is printed directly onto or into the glass during manufacture, so when the glass is replaced, the antenna pattern must be reproduced on the replacement to maintain reception quality.
Check your vehicle's specification sheet or handbook for rear-seat entertainment or TV tuner capability. If your car has a rear-seat entertainment system with a TV tuner, the rear window will have a TV antenna. You can also ask your dealer or service centre to confirm whether your vehicle has this feature.
When the rear window is replaced, the replacement glass must include the matching TV antenna print to preserve reception. OEM (original equipment manufacturer) glass is typically required to ensure the antenna pattern is identical. The antenna is passive and requires no calibration or specialist procedures after fitting. Cure time for bonded rear glass is required; the fitter will confirm the drive-away time on the day.
GPS antenna built into the windscreen connects your sat-nav to satellite signals for reliable navigation.
A GPS antenna is laminated into the windscreen glass during manufacture, providing a direct aerial connection for your vehicle's satellite-navigation system. This integrated design offers better signal reception than external antennas and a cleaner aesthetic. The antenna print and electrical connector are engineered into the glass itself, allowing the navigation receiver to lock onto GPS satellites without interference from the vehicle's metal body or other components.
Check your vehicle's handbook or ask your dealership service centre whether your windscreen carries an integrated GPS antenna. You won't see obvious external aerials or connectors on the glass itself — the antenna is laminated internally. If your sat-nav works reliably without a visible roof-mounted antenna, it's likely GPS-equipped.
Replacement windscreens with GPS antennas must be sourced as OEM (original-equipment) glass to preserve navigation functionality. The antenna print pattern and electrical connector are specific to your vehicle's sat-nav system. Aftermarket glass without the antenna print will not support GPS reception. We confirm OEM availability when you book; lead times may be slightly longer than standard glass.
Laminated windscreens hold together when they crack, staying bonded to an inner layer rather than shattering into dangerous shards.
Laminated glass consists of two glass panes bonded to a tough plastic interlayer, usually polyvinyl butyral (PVB). When struck, the glass cracks but the interlayer holds the pieces in place, preventing the sharp shards that would scatter from tempered glass. This design prioritises occupant safety — the windscreen remains structurally sound even after impact, reducing the risk of ejection and keeping wind and weather out of the cabin. Laminated glass also provides sound dampening and blocks most ultraviolet light. All modern windscreens are laminated as standard.
Look at your windscreen edge-on — you'll see a thin darker line (the interlayer) sandwiched between the two glass panes. Tap the glass gently with your knuckle: laminated glass produces a duller, more solid sound compared to the sharper ring of tempered side or rear windows. Your service manual or dealer can confirm, but all production windscreens are laminated.
Laminated glass is bonded to the frame with structural adhesive, so cure time applies after replacement. Your windscreen is safety-critical — it contributes up to 30% of vehicle structural integrity and supports airbag deployment. The adhesive bond must fully cure before the vehicle is driven normally; your fitter will confirm the specific drive-away time before releasing the car. This is true whether or not your windscreen has camera or sensor features.
Clear windscreen glass has no tint; most cars have a slight tint as standard.
A clear windscreen contains no added tint layer. Most modern windscreens incorporate a subtle tint (typically blue, green, grey or bronze) as standard to reduce glare, provide UV protection, and improve cabin comfort. A genuinely clear windscreen is the absence of this tint. Clear glass is less common than tinted variants and is sometimes specified for aesthetic or operational reasons, though the tint difference is usually imperceptible to the naked eye.
Lower your side window halfway and hold a white piece of paper behind it. If you see a noticeable colour cast (blue, green, grey or bronze) in the side glass, your windscreen has the same tint. You can also ask your vehicle's dealership or service centre to confirm the windscreen specification in your service records.
Clear windscreen replacement uses the same installation process as any other windscreen. No special calibration or extended cure time applies. Sourcing is straightforward — clear glass is widely available as an aftermarket replacement. Installation time and drive-away restrictions follow standard windscreen replacement timings.
Dark Bronze is a factory tint applied to rear windows and doors for privacy and heat reduction.
Dark Bronze, officially known as Privacy Glass, is a tinted glass feature created during manufacturing through a deep-dipping process. The inside surface of the glass is dyed with dark pigment, giving the rear half of the vehicle a darker appearance than the front. This serves two purposes: it reduces glare and heat entering the rear cabin, and it provides occupants with greater privacy by limiting visibility into the rear passenger area from outside. It's a permanent feature of the glass itself, not a removable film or coating.
Look at your rear door windows and rear window — if they're noticeably darker than your front windscreen and front door windows, you have Dark Bronze tint. You can also check your vehicle's specification sheet or contact your dealer to confirm whether Privacy Glass was fitted as standard on your model.
Dark Bronze replacement glass must match the original tint level to maintain the vehicle's appearance and privacy. OE (original equipment) glass with the correct tint is essential — aftermarket untinted glass will look visibly lighter and won't provide the same heat or privacy performance. When we source your replacement, we confirm the exact tint specification for your vehicle to ensure a perfect match.
Coated windscreens have a blue or purple tint and protect your car from UV rays and heat.
A coated windscreen has a special protective layer applied to the glass that appears as a blue or purple tint and often reflects a silvery-blue colour in bright sunlight. This coating is designed to reduce the amount of ultraviolet (UV) radiation and solar heat that enters the vehicle, helping to keep the interior cooler and protecting upholstery and dashboard components from UV damage and fading. The coating is integral to the glass and doesn't require any special maintenance from you.
Look at your windscreen in bright daylight — a coated windscreen will show a distinct blue or purple tint and a silvery-blue reflection when the sun hits it directly. Check your vehicle's service booklet or window sticker (usually on the driver's door jamb), which may list the glass specification. Alternatively, ask your dealership or service centre to confirm whether your windscreen carries a UV or heat-rejection coating.
When replacing a coated windscreen, the replacement glass must match the original specification — including the coating type and tint level — to maintain the same UV and heat protection and to preserve the vehicle's interior aesthetics. Original-equipment or equivalent aftermarket coated glass is sourced to specification. The coating is applied during glass manufacture; no post-fit treatment is required. Fitting and cure times are unaffected by the presence of the coating.
Built-in telephone aerial in the rear window for older luxury vehicles with handset systems.
A mobile telephone system fitted to certain older luxury vehicles consists of an aerial and connector circuit printed or bonded into the rear window glass, paired with a handset mounted inside the cabin (typically between the front seats). The aerial enables radio transmission and reception for the in-car telephone. When the rear window is replaced, the new glass must carry an identical aerial print so the handset's electrical connector mates correctly and the system functions.
Check whether your vehicle has a handset unit mounted between the front seats or on the centre console. If present, your rear window will have a fine printed pattern or metallic trace visible on the glass itself (usually near the top edge). Ask your dealer or service centre to confirm whether your model is fitted with a factory mobile telephone system; they can verify this from the vehicle specification.
The replacement rear window must be an exact OE match with the identical aerial circuit printed into the glass. Aftermarket glass typically does not carry this feature. You will need to source the glass from the vehicle manufacturer or a specialist supplier holding OE stock. Fitting is standard; the handset reconnects once the glass is installed. Cure time applies as with any bonded rear window.
The questions customers ask us most often.