TRANSLUCENT VISOR
- Package design to fit existing OEM mount and headliners.
- Design injection molded fascia with integrated light and mirror.
- Add 5mm radii to edges as required by FMVSS 201 Standard.
- Upper fascia will cover aluminum components.
- Investigate change to a fixed tension joint that is not adjustable by operator.
- Injection mold transparent lens in polycarbonate to improve impact resistance.
- Evaluate lower VLT of 2-3% for additional protection.
- Add 5mm radius teardrop edge around perimeter of Sun visor lens.
- Add hard coat and anti-reflective coating to Sun visor lens.

Option: Translucency adjustable 3%. 7% to 18%..
Target Piece Cost: $8.50 to $20.00 based on volumes
Timing Production Intent Design: 6-Weeks
Timing Production Intent Prototype: + 12-Weeks
Production Assembly & Validation: + 16-Weeks
Productionn Tooling: Based on Volume Wants
Design concept from DeAme
rtek for Self-adjustable translucent visor technology, visor blocks sun light proportionally to incoming sunlight intensity.
- Blocks solar glare / UV rays / snow blindness.
- Anti-glare; reduces glare from windshield, UV radiation protection.
- Impact, fingerprint, temperature and scratch resistance.
- Optical clarity (ASTM D1003), shatter proof lens material.
- Package design to fit existing OEM mounting, impact resistance.
- Designed injection molded fascia with integrated light and mirror.
- 5mm radius teardrop edge, comply with FMVSS 201 Standard.
- Powered by solar cells, no battery needed for lens auto-adjustments.
- Optimal sun blocking in any driving conditions.

- Safer, more comfortable driving.
NOTE: The concept design of self-adjustable translucent visor technology was built and tested in vehicle. Also, concept appearance does not reflect appearance of the final product.
Self-adjustable translucent visor technology gradually limits the transparency of the visor proportionally to incoming sunlight intensity.
Next Steps Pending
- Higher efficiency translucency driver
- Selection of solar cells
- Film manufacturer sourcing
- Electrode attachments improvement
- Add capacitors for energy storage
- Output filter to improve EMI
- PCB size reduction / possibly combined with visor mirror light.
- Prototype build and functional verification.
For more information, please email bbedi@designhmi.com.




