OnKumo
Retro Voyager Sunglasses
Use the code IMPACT20 to receive a 20% discount on your order
Small
True to size
Large
SKU: 2034-Black&Tea
Couldn't load pickup availability
This is a demo store. You can buy products like this from onkumo
Lifetime warranty
We’re so confident in our sunglasses that we offer a lifetime warranty.
Base Materials
Using bio-resin as an alternative material reduces environmental impact while maintaining high performance standards.
Shipping & returns
We aim to dispatch Standard and Express orders on the next business day.
Free shipping on all orders above $99 and over within Australia. $10 flat rate for all orders under $99.
- Safe Payment
- Free Express Shipping*
- Delivery 2-5 days
What my size?


Step Back in Time with Retro Voyager Sunglasses
Unleash your vintage style with our Retro Voyager sunglasses collection. Available in five unique color schemes—Black & Pink, White & Green, Tortoise & Blue, Demi, and Tortoise & Orange—each pair is crafted to make a statement.
Key Features:
- Frame Material: High-quality acetate frames offer a smooth finish and superior comfort.
- Lens Material: Durable CR39 lenses provide excellent optical clarity.
- UV Protection: Complete UV400 protection ensures your eyes are shielded from both UVA and UVB rays.
- Lightweight Design: Weighing just 30 grams, these sunglasses promise wearability and ease for all-day adventures.
Specifications:
- Lens Width: 55 mm
- Bridge Width: 19 mm
- Arm Length: 145 mm
Style & Comfort Combined: Retro Voyager sunglasses are perfect for those who covet a touch of retro charm blended with modern protection technology. Whether you’re heading to a sunny beach or a casual day out, these sunglasses are your ideal companion.
Included in the Box:
- Each pair of Retro Voyager sunglasses comes with a microfiber pouch and a sturdy box for maximum protection.
Warning! Lenses may be inserted only in specified models and pursuant to the following instructions. Failure to comply will adversely affect the optical performance and the lenses may not remain in place, causing interferences with vision.