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Honda's model range spans from the compact Jazz to the spacious CR-V and Accord, each with its own windscreen specification. Across the brand, windscreens are laminated safety glass, and many recent Honda Sensing-equipped variants carry front-facing camera mounts for advanced driver assistance. Honda Sensing became standard on all CR-V trims from the 2026 model year onwards, marking a shift towards camera-based safety systems across the range. Earlier generations used a radar-camera combination before transitioning to a single front-camera setup. The Odyssey uses acoustic interlayer glass as standard, whilst the Ridgeline RT, RTS and Sport trims employ laminated glass with a regular interlayer. When your Honda windscreen includes a Honda Sensing camera, static ADAS calibration is required after replacement — this is completed at a workshop using specialist equipment such as the Autel IA1000. Specialists on our network have experience with this process across multiple Honda generations.
Price variation across the Honda range reflects model size, generation, and ADAS fitment. Compact models like the Jazz sit at the accessible end, whilst larger vehicles such as the CR-V and Accord command higher costs due to larger glass area and camera-bracket complexity. Newer Honda Sensing-equipped vehicles require static calibration after replacement, which increases technician time and is typically completed at a workshop. Acoustic glass on the Odyssey represents a premium specification, as does camera-enabled glass on all modern Hondas.
Most Honda windscreen replacements can be fitted at your home or workplace via a mobile visit. However, if your Honda is equipped with Honda Sensing, static ADAS calibration is required and must be completed in a controlled workshop environment using alignment equipment. When calibration is needed, the entire job — replacement and calibration — is scheduled at the workshop to ensure the safety system is correctly recalibrated. Your fitter will confirm whether a workshop visit is necessary when you book.
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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.
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.
A printed VIN reference box along the bottom edge of your windscreen helps identify your vehicle's chassis number at a glance.
A VIN (Vehicle Identification Number) notch is a small printed or etched box positioned along the lower edge of the windscreen that displays your vehicle's chassis number. This reference marking is a manufacturing and administrative feature, allowing quick visual identification of the vehicle without needing to consult documents. It's particularly useful for service records, insurance claims, and vehicle registration purposes. The notch itself doesn't affect the structural integrity or safety performance of the glass.
Look along the bottom edge of your windscreen — typically in one of the lower corners — for a small rectangular box containing printed digits or characters. If you're uncertain, check your vehicle's service handbook or ask your dealership or service centre to confirm whether your model includes this feature.
When your windscreen is replaced, the new glass will retain the VIN notch printed or etched by the manufacturer. This is a standard feature on replacement windscreens for compatible vehicles and requires no additional work or adjustment. The notch does not affect glass fitting, cure time, or any post-replacement calibration procedures.
Your wipers automatically activate when rain falls on the windscreen.
A rain sensor is a device mounted on or behind the windscreen that detects moisture and triggers the wiper system automatically. The sensor uses infrared light to measure water droplets on the glass surface and signals the vehicle's electrical system to engage the wipers without driver input. This feature improves safety in sudden downpours and reduces driver workload in variable weather conditions.
Check your windscreen for a small sensor unit, usually mounted near the top centre behind the glass or at the base of the mirror. Look for a small dark component or lens. If your vehicle has automatic wipers that activate without you toggling the stalk, you have a rain sensor. Ask your dealer or service centre to confirm; they can check your vehicle records or wiper module settings.
Rain sensors are non-structural elements and do not require recalibration after windscreen replacement. The sensor bracket or mounting may need careful removal and reinstallation to ensure it sits correctly behind the new glass. If the sensor itself is damaged during removal, a replacement unit may be needed. Your fitter will confirm the condition and refit or replace the sensor as part of the standard replacement procedure.
Acoustic glass reduces cabin noise for a quieter, more comfortable ride.
Acoustic windscreen glass is laminated with a special acoustic interlayer that absorbs and dampens sound vibrations. It reduces exterior noise—from traffic, wind, and road surface—before it enters the passenger compartment. This makes the cabin noticeably quieter and creates a more peaceful driving experience. It's a comfort feature, not a safety one; standard laminated windscreens already meet impact safety requirements.
Check your windscreen for an ear symbol, the word 'Acoustic', a capital 'A', or the term 'SoundScreen' printed in one of the four corners. These markings indicate acoustic-grade glass. You can also ask your vehicle's dealership or service centre whether your model came fitted with acoustic glass—it's often a factory option on comfort or premium trims.
Acoustic glass is always laminated and bonds to the frame like any standard windscreen, so replacement follows the normal bonded-glass procedure. No specialist calibration is required. The replacement technician will fit it using standard adhesive and sealant. Cure time and drive-away restrictions are identical to standard laminated windscreens. Acoustic glass is widely available as an aftermarket OE-equivalent option.
A blue-tinted gradient band across the top of your windscreen that reduces glare without affecting your view of the road.
A blue sun strip is a tinted gradient band built into the upper edge of your windscreen's laminate layer. It reduces glare from sunlight reflecting off the road and bonnet without darkening your main field of vision. The tint is created during manufacture as part of the glass laminate itself — it cannot be added or removed later. Sun strips are a windscreen-only feature; rear and side windows cannot carry this effect because they use tempered rather than laminated glass.
Look at the top of your windscreen from inside the car — you'll see a distinct blue-tinted band running horizontally across the upper portion. Check your vehicle's specification sheet or ask your dealership service centre whether your windscreen is listed as a 'blue sun strip' or 'tinted sun strip' variant. Your invoice or parts manual will confirm it.
When replacing a windscreen with a blue sun strip, the replacement must be the sun-strip variant — a standard plain windscreen will not replicate the tinted band. Your replacement glass is sourced as an exact match to your original specification. There are no additional calibration or cure implications beyond a standard windscreen replacement. Fitting and drive-away times remain unchanged.
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.
Blue-tinted windscreens reduce glare and heat while maintaining a subtle, modern appearance.
A blue tint is a light coloration applied to the windscreen glass, usually during manufacture. It reduces solar heat transmission and glare from sunlight, particularly on bright days or when driving into the sun. The tint is integral to the glass itself — not a separate film — and is chosen by the vehicle manufacturer to balance comfort, visibility, and aesthetic consistency with the vehicle's side windows and rear window. Most vehicles come with a green or blue tint as standard; the choice depends on the manufacturer's design and regional climate considerations.
Check your side windows by rolling one halfway down and holding a white piece of paper behind the glass. If you see a blue tint reflected in the glass, your windscreen will have the same tint. You can also ask your vehicle's dealership or service centre to confirm the windscreen tint specification. The tint is visible when comparing the windscreen to clear glass, though it may be subtle and harder to spot on overcast days.
Blue-tinted replacement windscreens must match the original tint to maintain visual consistency with your side and rear windows. Most replacement glass is available in the correct tint through OE (original equipment) suppliers. There is no calibration requirement related to tint. The tint does not affect fitting time, cure time, or drive-away schedules. Ensure the replacement windscreen is specified with the blue tint to avoid a mismatched appearance.
A camera mounted near the rear-view mirror monitors the road ahead for lane-keep and traffic-sign features.
A forward-facing camera positioned in the windscreen header area (typically mounted on or near the rear-view mirror bracket) captures video of the road ahead. This camera feeds data to driver-assistance systems such as lane-departure warning, lane-keep assist, autonomous emergency braking, and traffic-sign recognition. The camera is a core component of modern ADAS (Advanced Driver Assistance Systems) and requires precise alignment after windscreen replacement to ensure these safety features function correctly.
Look for a small dark triangular or lens-shaped component mounted in the black plastic trim area above the windscreen, typically centred near the rear-view mirror or slightly to one side. Your vehicle's handbook or infotainment menu may reference 'Lane Assist', 'Traffic Sign Recognition', or 'Autonomous Emergency Braking'. Ask your dealer or service centre directly if your car is equipped with a forward-facing camera system.
Windscreen replacement on camera-equipped vehicles requires calibration of the camera system after the new glass is fitted. The exact calibration procedure—whether static (using a target board in a controlled environment) or dynamic (road-based)—varies by vehicle make, model, and year. We confirm the precise calibration requirement when we look up your specific vehicle. Calibration ensures lane-keep, sign recognition, and emergency-braking systems function safely. This may extend the fitting schedule and may necessitate workshop-based fitting rather than mobile attendance.
We confirm the exact procedure for your specific vehicle when you book.
The moulded trim that surrounds your camera and sensor cluster at the top of the windscreen, typically transferred or supplied with replacement glass.
A bracket for safety features is the moulded plastic or composite shroud that sits at the top of the windscreen, framing and protecting the camera and sensor cluster mounted behind the rear-view mirror. This trim cover houses forward-facing driver-assistance cameras and sensors — equipment that monitors the road ahead for lane-keeping, collision warning, adaptive cruise control, and similar safety functions. The bracket itself is part of the vehicle's structural frame, but the trim cover you see is what protects and aesthetically integrates the technology into the windscreen area.
Look at the top centre of your windscreen, just above or around the rear-view mirror. If you see a dark moulded shroud or trim panel — often rectangular or tapered — with a visible lens or sensor window, your vehicle has a bracket for safety features. Your service history or handbook will list any ADAS (Advanced Driver Assistance System) technologies fitted. Ask your dealer or service centre if your vehicle has forward-facing cameras or sensors; if it does, you have a bracket for safety features.
On windscreen replacement, the trim cover is typically transferred from your old glass to the new one, or supplied pre-integrated with the replacement depending on the variant. This means minimal disruption to your safety system during the swap. However, if the bracket requires recalibration after glass replacement — which depends on your specific vehicle and camera type — the job may require static calibration (using a target board) or dynamic calibration (a road drive). We confirm the exact calibration procedure when we look up your vehicle.
We confirm the exact procedure for your specific vehicle when you book.
LIDAR helps your car sense its surroundings for advanced safety and driver-assistance features.
LIDAR (Light Detection and Ranging) is a sensor technology that uses laser beams to detect objects, obstacles, and road features in three dimensions. It creates a detailed map of the vehicle's surroundings in real time, enabling advanced driver-assistance systems (ADAS) such as adaptive cruise control, collision avoidance, and autonomous emergency braking. LIDAR complements camera and radar systems by providing precise distance and depth information, even in poor visibility or low-light conditions. It is increasingly fitted to modern vehicles as part of their safety and autonomous-capability infrastructure.
Check your vehicle's handbook or contact your dealership to confirm LIDAR fitment. LIDAR sensors are typically mounted on the roof, bumpers, or within the windscreen/rear-window frame area. You may see reference to 'LIDAR', 'laser radar', or specific safety-feature names (e.g. 'adaptive cruise control', 'autonomous emergency braking') that rely on LIDAR in your documentation.
If your windscreen or rear window houses or frames a LIDAR sensor, replacement requires careful handling to preserve or recalibrate the sensor post-fit. LIDAR calibration procedures vary significantly by vehicle make, model, and year—some require static alignment using specialist target equipment, others demand dynamic road-drive procedures, and some use a combination. We identify the exact calibration requirement when we look up your specific vehicle and confirm it with you before booking.
A single camera mounted near the rear-view mirror that helps with lane-keeping and collision avoidance.
A mono camera is a single-lens camera positioned behind the windscreen, typically in the upper centre area near the rear-view mirror. It captures the road ahead and uses computer vision to detect lane markings, vehicles, and road hazards. The camera feeds data to driver-assistance systems such as lane-keeping assist, lane-departure warning, and forward-collision warning. It forms the visual foundation of these safety features, allowing the vehicle to monitor road position and surrounding traffic automatically.
Look in the black trim area above the windscreen, centred behind the rear-view mirror — you will see a small triangular lens assembly or dark lens cover. Check your vehicle handbook or ask your dealer's service department to confirm your model has lane-assistance or collision-warning features; vehicles with these systems almost always have a mono camera. Dashboard warning symbols related to lane or collision systems also indicate the presence of this camera.
When the windscreen is replaced, the camera bracket and lens assembly must be removed and carefully repositioned on the new glass. The camera may require calibration after fitting to ensure accurate road detection and lane recognition. Calibration needs vary by vehicle — we confirm the exact procedure when we look up your specific vehicle. The job may take longer than a standard windscreen replacement, and workshop facilities may be required if calibration demands a controlled environment.
We confirm the exact procedure for your specific vehicle when you book.
Static calibration uses printed targets indoors to align your forward-facing camera after windscreen replacement.
Static camera calibration is a procedure in which a forward-facing camera system is realigned using printed target boards positioned at manufacturer-specified distances and heights in front of the vehicle. The vehicle remains stationary indoors throughout. A diagnostic tool reads the camera's view of these targets and adjusts the camera's alignment to factory specification. This ensures the camera can accurately detect road features, lane markings, pedestrians, and other objects — critical for driver-assistance systems like lane-keeping, collision warning, and adaptive cruise control to function safely and reliably.
Check your vehicle's handbook or ask your dealer's service centre whether your car has a forward-facing camera system that requires calibration after windscreen replacement. Look for driver-assistance features like lane-keeping assist, autonomous emergency braking, or adaptive cruise control on the dashboard menu.
When a windscreen with an integrated or bracket-mounted camera is replaced, the camera's alignment can shift. Static calibration realigns the camera using indoor target boards, which must be performed in a workshop environment where printed targets can be positioned and secured at precise distances. This procedure is conducted after the windscreen is fitted and bonded. The workshop booking accommodates the additional time required for calibration, and we apply the no-split policy — both replacement and calibration happen at the same location on the same visit.
A green-tinted band at the windscreen's top edge that reduces glare from sunlight above.
A green sun strip is a graduated tint band integrated into the windscreen's laminate at the upper edge. It filters intense sunlight and glare from above — particularly useful on motorways and in bright conditions — whilst maintaining clarity through the main viewing area below. The tint is permanent, fused into the laminate layer during manufacture, and cannot be applied or removed afterwards. Sun strips are a windscreen-only feature because they must be built into the laminate during production; side and rear glass cannot carry them as they are typically toughened rather than laminated.
Look at the top edge of your windscreen from the inside. A sun strip appears as a distinct green-tinted gradient band that fades from darker at the very top to clear below. It is visible whether the car is parked or moving. You can also check your vehicle's specification sheet or ask your dealership or current service centre to confirm whether your windscreen includes a sun strip.
The replacement windscreen must be the green sun strip variant to match your original. This is not a post-fit addition; it must be ordered as part of the glass itself. Availability is usually straightforward for current and recent models from major manufacturers, though older or less common variants may require a longer lead time. The sun strip does not affect calibration requirements or cure time — it is simply a laminate feature and does not complicate the fitting process.
Dark green tint on rear and side windows is a factory colour choice, not a safety or performance feature.
Dark green is a factory tint applied to the glass during manufacture. It's purely aesthetic — a colour variant chosen by the vehicle designer to complement the body paint and interior trim. Unlike some tints that reduce solar heat or glare, dark green is decorative. Most vehicles have standard or light green glass; dark green is less common and typically found on specific trim levels or model years.
Look at your rear and side windows from outside the car in daylight. If they appear noticeably darker or more saturated green than the front windscreen, you likely have dark green glass. You can also check your vehicle's specification sheet from the dealer or original documentation — tint colour is sometimes listed under 'glass' or 'exterior finishes'. If uncertain, ask your local dealership service centre.
Dark green replacement glass must match the original tint colour exactly — a standard or light green windscreen will look visibly mismatched against dark green rear windows. Sourcing the correct variant can take slightly longer than standard glass, as it's less common. No calibration is involved with tinted glass itself. Fitting and cure time are unaffected.
A transparent heating layer in the glass defrosts and defogs the windscreen evenly without visible wires.
Heated coatings are a transparent conductive layer embedded within the laminated windscreen glass itself. Rather than using visible heating filaments, this coating distributes heat evenly across the entire surface when energised. The system defrosts and defogs the windscreen efficiently, typically faster than conventional filament designs, and operates at lower energy consumption. The coating is invisible to the driver and functions as part of the vehicle's climate control system.
Check your vehicle's windscreen for the absence of visible heating wires or grid lines. Ask your dealership or service centre whether your car has a coated (invisible) heating system rather than filament-based heating. You can also check your handbook under climate control or windscreen features.
Replacement glass must carry the same transparent conductive coating for the heating circuit to function. The coating is applied during manufacturing and cannot be added afterwards. Your replacement windscreen will be sourced as an OE (original equipment) or equivalent coated variant to ensure heating performance. No additional calibration or curing implications arise from the coating itself.
Heating elements embedded in the glass melt ice from your wipers and the bottom of your windscreen.
A heated wiper rest area uses electric heating elements embedded into the windscreen in the area where your wipers park when not in use. These elements warm the glass to prevent ice and frost from bonding to the wiper blades and the lower windscreen edge during cold weather. This reduces the effort needed to clear ice in the morning and helps protect your wipers from damage caused by frozen adhesion to the glass.
Check your windscreen's lower edge where the wipers rest — you may see faint heating lines or elements visible in the glass. Your handbook or service history will confirm the feature. You can also ask your dealer or service centre whether your vehicle is equipped with a heated wiper rest area.
When replacing a windscreen with a heated wiper rest area, the replacement glass must include the heating elements. Aftermarket and OE glazing suppliers offer this feature, but availability varies by vehicle. The heating system does not require calibration after replacement, though the technician will ensure the heating element connections are properly restored during installation.
A sensor that automatically dims your headlights when it detects oncoming traffic, then restores full beam when the road ahead clears.
A high beam sensor is a forward-facing detector that monitors the road ahead for oncoming vehicle headlights. When it senses approaching light, it automatically switches your headlights from full beam to dipped beam to avoid dazzling other drivers. Once the oncoming vehicle has passed, the system restores your high beam. This is part of an intelligent headlamp control system designed to improve safety and driving comfort by removing the need for manual beam switching in changing traffic conditions.
Check your vehicle's handbook or specification sheet for 'intelligent headlamp control', 'automatic high beam control', or 'adaptive beam'. Ask your dealership or service centre whether your model includes this feature. If present, you'll typically see an automatic headlight mode on the stalk or dashboard controls, often labelled 'Auto' or with a related symbol.
The high beam sensor is usually integrated into or mounted near the main forward-facing camera behind the windscreen. After windscreen replacement, the sensor may require calibration to ensure it correctly detects oncoming light and triggers beam changes reliably. We confirm the exact calibration procedure when we assess your specific vehicle. Calibration, if needed, is completed as part of the replacement service and does not extend your drive-away time.
A Head-Up Display projects your speed, navigation cues and key alerts onto the windscreen so you can read them without looking down.
A Head-Up Display (HUD) projects driving information — speed, navigation cues, ADAS alerts — onto the windscreen in your line of sight, so you can read it without taking your eyes off the road. The projector is mounted in the dashboard and shines the image upwards onto a special HUD-compatible windscreen that uses a wedge-shaped laminate to prevent a ghost image. Common on premium and sports models, increasingly standard on mid-range cars from the 2020s onwards.
Check your vehicle's specification sheet or handbook under 'display features' or 'HUD'. Look for a small projector unit mounted on the dashboard, typically below the steering wheel or in the instrument cluster area. When you start the vehicle, a bright image should appear on the lower windscreen area. Your dealer's service centre can confirm whether your specific model and trim level includes a HUD.
Your replacement windscreen needs to be HUD-compatible — built with the correct wedge laminate so the projected image stays sharp and double-free. Once the HUD-compatible glass is fitted, the projector itself typically doesn't need recalibration: image position is user-adjustable via your dashboard controls. We confirm your vehicle uses the HUD-compatible windscreen variant when ordering, so the replacement matches the original.
Light sensors automatically turn your headlights on at dusk or in tunnels; the replacement windscreen must include the sensor bracket.
A light sensor is a small optical detector mounted on the windscreen or dashboard that monitors ambient light levels. When light drops below a threshold—at dusk or when entering a tunnel—it triggers your headlights to switch on automatically. This removes the need to manually operate the lights and improves safety by ensuring visibility when conditions darken suddenly. The sensor is typically mounted behind the windscreen's top edge or integrated into the interior mirror housing, where it has an unobstructed view of the sky.
Check your vehicle's handbook or ask your dealer whether your car has automatic headlight control or 'auto lights' as a feature. If equipped, you'll see a symbol on the stalk or dashboard dial marked with a light-bulb icon or 'AUTO' setting. When you select this mode and the ambient light dims, the headlights activate without manual input. Not all cars have this feature; it's typically found on newer or higher-specification models.
When replacing a windscreen on a vehicle with a light sensor, the replacement glass must include the correct sensor bracket or mounting point to preserve the auto-headlight function. The sensor itself does not require software calibration—it relies on physical positioning behind the windscreen's upper trim or within the mirror assembly. Ensuring the bracket is correctly installed during the fit is essential; if omitted, the auto-light feature will fail and cannot be restored without additional parts and labour.
CR-V
3 active variants in our catalogue.
HR-V
2 active variants in our catalogue.
Jazz
1 active variant in our catalogue.
Insight
2 active variants in our catalogue.
CR-V
6 active variants in our catalogue.
Jazz
3 active variants in our catalogue.
Legend
1 active variant in our catalogue.
HR-V
1 active variant in our catalogue.
CR-V
9 active variants in our catalogue.
Civic-tourer
1 active variant in our catalogue.
CR-Z
3 active variants in our catalogue.
Insight
4 active variants in our catalogue.
Legend
1 active variant in our catalogue.
Jazz
4 active variants in our catalogue.
CR-V
6 active variants in our catalogue.
Legend
1 active variant in our catalogue.
S2000
1 active variant in our catalogue.
Stream
2 active variants in our catalogue.
CR-V
3 active variants in our catalogue.
Jazz
3 active variants in our catalogue.
Integra R
1 active variant in our catalogue.
Stream
2 active variants in our catalogue.
HR-V
2 active variants in our catalogue.
S2000
1 active variant in our catalogue.
CR-V
1 active variant in our catalogue.
Prelude
1 active variant in our catalogue.
Logo
1 active variant in our catalogue.
Integra R
1 active variant in our catalogue.
Legend
1 active variant in our catalogue.
Civic CRX, Crx
2 active variants in our catalogue.
Legend
1 active variant in our catalogue.
Prelude
2 active variants in our catalogue.
Civic CRX
3 active variants in our catalogue.
Shuttle
2 active variants in our catalogue.
Civic CRX
1 active variant in our catalogue.
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