Why Choose Heritage Driving Lenses?
Heritage Optical Lab manufactures made-to-order Freeform driving lenses for optical retailers, laboratories, distributors and eyewear brands.
Road-to-Dashboard Task Balance
Design selection accounts for repeated attention shifts among the road, mirrors, instruments and navigation display.
Verified Dynamic Drive Reference
OptoCalc Dynamic Drive uses a 7 mm corridor, 18 mm recommended fitting height and 2.5 mm inset within the verified design reference.
SDC-Tested Low Reflection
An SDC-tested Heritage coating sample recorded reflectance as low as 0.45%; actual results depend on the approved specification and test conditions.
Practical B2B Supply
Flexible MOQ, free prescription samples after technical review and production within 48 hours for standard confirmed orders.
Who We Support
Driving Lenses Options for Different Customer Needs
Select the appropriate driving lenses design, material, treatment and finishing from the prescription, frame, intended use and destination-market requirements.
A highly transparent clear Freeform option with a compatible anti-reflective treatment to reduce reflections from the lens surfaces. It cannot eliminate external glare sources.
A thinner-material option for suitable prescriptions. Final index, blank diameter, design and coating compatibility are confirmed during RX review.
A gray polarized option for daytime use that can reduce reflected glare from wet roads and vehicle surfaces. Dark polarized lenses are not intended for night driving.
A supported Freeform progressive option balancing distance road vision with an intermediate cockpit area. Submit ADD, monocular PD, fitting height and frame data for review.
Clear AR for Day and Night Driving
A clear lens with compatible anti-reflective treatment preserves high transmission while reducing reflections from the lens surfaces. An SDC technical service report recorded reflectance as low as 0.45% for a tested Heritage coating sample; actual results depend on the approved specification and test conditions.
Review Heritage Low-Reflection AR coating data. AR treatment cannot remove external headlight brightness or guarantee a particular driving outcome.
Day and Night Driving Lens Decision Guide
| Driving requirement | Recommended option | Important limitation |
|---|---|---|
| General day and night use | Clear AR Driving Lens | Reduces lens-surface reflections but cannot eliminate external glare |
| Daytime reflected glare | Polarized Daytime Driving Lens | Not intended for night driving; check vehicle-display compatibility |
| Road and dashboard support | Progressive Driving Lens | Requires ADD, monocular PD, fitting height and frame data |
| Stronger prescriptions | High-Index Driving Lens | Index, diameter, thickness and coating must be reviewed together |
Photochromic activation can be limited behind a windshield unless the selected product is specifically designed for in-car activation. Confirm the exact product before ordering.
Freeform Production and Real Lens Inspection
The finished lens is checked against the submitted prescription and supported design parameters using real laboratory equipment.
External reference marks assist fitting and inspection. They are removable and are not visible design zones.
Driving Lenses Wholesale Information
Commercial information for testing a Driving Lens program and developing repeat supply.
Flexible MOQ
Start from free prescription samples after technical review, then discuss repeat ordering.
Technical Sample Review
Confirm the design, material, coating and fitting requirements before repeat supply.
Within 48 Hours
Standard confirmed RX orders are produced within 48 hours.
Worldwide Shipping
DHL or FedEx delivery is reviewed according to the destination and order requirement.
RXoffice Online Ordering
Submit and review supported repeat orders through the RXoffice workflow.
OEM & Repeat-Order Support
Discuss packaging, lens envelopes, labels and special engraving marks after sample approval.
Driving Lens Selection and Ordering Guide
Review the OptoCalc Dynamic Drive corridor, fitting height, inset, driving priorities, material and coating requirements before ordering.
- RX & Fitting Data
- Dynamic Drive Design
- Ordering Workflow
| Order input | Information to provide | Why it matters |
|---|---|---|
| Prescription | R/L SPH, CYL and AXIS; ADD and prism/base when prescribed | Defines the required correction and design family |
| Fitting | Monocular PD and fitting height | Positions the Freeform design in the selected frame |
| Frame | A, B, DBL, effective diameter and preferably a trace | Supports blank, inset and fitting review |
| Driving task | Day/night use, dashboard distance and other daily visual tasks | Supports design and treatment discussion |
| Lens system | Material/index, clear or polarized, coating, finishing and quantity | Confirms production compatibility |
OptoCalc verified design reference: Dynamic Drive prioritizes a wide distance field and a clear intermediate cockpit area for frequent drivers, with ODP and 4K calculation and optional OMD optimization.
| Available corridor | 7 mm |
|---|---|
| Fitting cross position | 4 mm |
| Recommended fitting height | 18 mm |
| Minimum fitting height | 16 mm |
| Inset | 2.5 mm |
| Centering chart | Chart A |
Material, prescription, frame, anti-reflective treatment and day/night use are reviewed as one manufacturable lens system.
- Submit the complete RX: include right and left prescription data and any prescribed ADD or prism.
- Describe the driving task: specify day/night use, dashboard distance and other routine visual demands.
- Provide fitting and frame data: include monocular PD, fitting height, frame measurements and preferably a trace.
- Select the lens system: choose clear AR, progressive, high-index or polarized daytime options according to the intended task.
- Confirm compatibility: review material, design, coating, vehicle-display visibility, finishing and quantity before production.
It is a prescription lens system selected and calculated for the wearer’s RX, fitting data, frame and driving-related visual tasks. Depending on need, it may use a single vision or progressive Freeform design.
No. A quality anti-reflective treatment can reduce reflections from the lens surfaces, but it cannot eliminate external headlight brightness, windshield reflections, rain effects or glare caused by ocular conditions.
Dark polarized lenses reduce light transmission and are not intended for night driving. They are generally used in daylight to reduce reflected glare from wet roads and other horizontal surfaces.
Yes. Some LCD or digital displays may look darker, uneven or difficult to read at particular viewing angles. Display compatibility should be checked before ordering.
Many photochromic products rely on UV exposure, while windshields block much of that UV, so activation may be limited. Confirm whether the selected product is designed for in-car activation.
A clear option may be suitable for everyday use when the prescription and design match the wearer. Polarized gray options are task-specific sun lenses and should not be used at night.
Provide the complete RX, monocular PD, fitting height, frame measurements or trace, typical driving conditions, dashboard distance, material, treatment and finishing requirement.
Custom Freeform Driving Lenses
Heritage Optical Lab supplies custom Freeform driving lenses for optical retailers, laboratories, distributors and eyewear brands. Each program is reviewed from the complete prescription, monocular PD, fitting height, frame data, material, coating and intended driving task.
Specify the lens by driving task
Use clear AR options for suitable general day and night programs, polarized lenses for daytime reflected-glare control, and a supported progressive design when road-to-dashboard support is required. Stronger prescriptions require material, thickness and frame review rather than index selection alone.
Finished-lens verification
The Heritage laboratory checks the submitted prescription and supported design parameters on real equipment. Temporary external fitting marks are removed after verification and are not permanent optical zones.
Clinical and safety limits
Driving lenses and AR coatings cannot guarantee safer driving or eliminate external headlight brightness. Persistent glare, halos or reduced night vision require professional eye examination.
Related technical resources
Review Freeform Lens production, low-reflection AR coating and photochromic lens limitations before confirming the complete lens system.
RX support
For technical review and quotation, email sales@rxoptica.com or call 0086-13961219293.