




Therapeutic lens sunglasses -
The Junya Racer Clear/D+ Black Rose sunglasses from the brand District Vision are designed for athletes demanding absolute optical precision.
They incorporate the revolutionary technology of D+ therapeutic lenses, the world’s first system where the correction is fused directly into the structure of shatterproof polycarbonate, thus eliminating the weight and distortions of traditional inserts. These hand-sculpted lenses offer exceptional panoramic clarity with a visible light transmission of 15.67%, adapting to varying light conditions. Equipped with oleophobic and anti-reflective coatings, they guarantee full protection against UVA/UVB rays while maintaining sharp vision in the most intense lighting conditions.
On the structural side, the frame has been developed following a holistic approach to provide unwavering support, even during high-speed descents or technical trail sessions. The generous dimensions ensure maximum protective coverage and a full peripheral field of vision. Ergonomics are pushed to the extreme with adjustable nose pads and adjustable endpieces/hinge mounts, the latter reinforced by an internal titanium structure for optimal durability and lightness.
The result of cutting-edge craftsmanship made in Japan, this model embodies the perfect balance between technical performance and mental well-being, true to the philosophy of District Vision.



- Sunglasses with therapeutic lenses
Lens:
- Hand-sculpted lenses
- D+ therapeutic lenses made from an unbreakable polycarbonate compound
- Anti-reflective and anti-smudge coatings
- 100% protection against UVB-UVA
- Allows 15.67% of visible light to pass through
- Allows 14.19% of blue light to pass through
- Made from unbreakable polycarbonate
Frame:
- Frame perfectly fitting the size of the head
- Optimal protection even at high speed
- Adjustable nose pads and endpieces
- Titanium endpieces
- Made in Japan
Dimensions:
- Lens length: 145 mm
- Temple length: 125 mm
| D+ THERAPEUTIC LENSES | This is the world’s first integrated corrective screen technology, where the correction is incorporated into the lens as a single piece, not clipped or glued separately. The fully integrated corrective screen is remarkably lightweight and offers a panoramic vertical and peripheral field of vision. |