Lenses that Think While You Drive
Photochromic, polarized prescription lenses that adapt for clearer, safer vision—overcast mornings, bright coastlines, and intense city sunlight.
What is Transitions Drivewear?
Drivewear is the only photochromic polarized lens built specifically for driving. It changes from light amber to deep copper-brown behind a windshield, reducing glare, increasing contrast, and balancing color in real road conditions.
- Automatically adapts from overcast → daylight → intense bright light
- Always polarized to reduce harsh road and dashboard glare
- Engineered to activate behind the windshield
- Rx-only at Heavyglare — select “Transitions Drivewear” in lens options
How Drivewear Works
Overcast
Light amber tint boosts contrast and definition when skies are gray.
Daylight
Copper tint + polarization sharpen edges and color for crisp detail.
Intense Bright Light
Deep copper-brown blocks glare for maximum comfort and clarity.
Designed for daytime driving. Not recommended for night driving.
Ordering Transitions Drivewear at Heavyglare (Rx-only)
Use Your Own Frame
Send us your favorite frame — we’ll glaze it with Transitions Drivewear prescription lenses.
Start here →Order Prescription Sunglasses
Choose any eligible frame on Heavyglare and select Transitions Drivewear in the lens options.
Why Choose Heavyglare
- 25+ years Rx sunglasses expertise
- Precision surfacing to your Rx & PD (plus frame fit/seg height as required)
- Authorized Transitions / Drivewear partner
- Sport, wrap & lifestyle frames supported
FAQ
Is Drivewear available without a prescription?
At Heavyglare, we currently offer Drivewear only in prescription lenses.
Can I use my own frame?
Yes. Use our Send in Your Frame service and choose Transitions Drivewear during lens configuration.
Are Drivewear lenses suitable for night driving?
No. Drivewear is photochromic and polarized for daytime driving only.
What benefits do Drivewear lenses provide while driving?
They automatically adapt to changing light, reduce harsh glare with built-in polarization, and enhance contrast and color behind the windshield.