$279.99
Decision guidance
Ideal for road cyclists seeking aerodynamic efficiency, sharp vision, and comfort during rides in varying light conditions.
Designed to fit close to the face with adjustable temples and three interchangeable nose bridges, the Propel offers a secure, comfortable, and personalized fit for most face shapes.
Choose the Propel for its unique aerodynamic design that reduces drag, Clarity lenses for enhanced vision, and a lightweight, durable frame with customizable fit options to maximize cycling performance and comfort.
At a glance
The Propel sunglasses are engineered using computational fluid dynamics (CFD) to optimize airflow. Featuring a trailing edge on each lens, they effectively push air away from the ears and over the shoulders, reducing drag and improving cycling efficiency.
Equipped with Clarity lenses, these sunglasses sharpen your vision across various light conditions. The lightweight and durable biogrilamid frame ensures long-lasting wear, while adjustable temples and three interchangeable nose bridges provide a secure and personalized fit for most face shapes.
| Weight | 31g One size |
|---|---|
| Lens Technology | Clarity by POC Enhances visual sharpness |
| Frame Material | Biogrilamid Lightweight, strong, durable, renewable sources |
| UV Protection | UV 400 Complete UVA and UVB protection |
| Included Items | Extra clear lens, soft carrying pouch/cleaning cloth, two extra nosepieces, case |
The Propel sunglasses feature a trailing edge on each lens designed through CFD testing to direct airflow away from the ears and over the shoulders, reducing drag.
Yes, the Propel sunglasses come with an extra clear lens for low-light conditions, and lenses can be swapped easily to suit different lighting.
The sunglasses include three sizes of interchangeable nose bridges and adjustable temples in length and grip to ensure a comfortable and secure fit.
Yes, the lenses offer complete UVA and UVB protection with UV 400 rating.
The frame is made from biogrilamid, a lightweight, strong, and durable material sourced mostly from renewable resources.
