D-Curve Challenger


Designed to provide cyclists and runners with a more extensive field of vision, D•CURVE’s Challenger half-frame sunglasses combine style and function, while the Polycarbonate lenses provide 100% UV protection and the hydrophobic coating repels water, oil & dirt, keeping your vision crisp and clean throughout your ride or run.

  • Hydrophobic coating resists oil, water and dirt
  • Polycarbonate lenses
  • Interchangeable lens system
  • Two-position adjustable nose pads & double-injection temple pads
  • Adjustable temple tips
  • Highly impact and scratch resistant
  • TR-90 frame material keeps them super light, flexible & durable
  • Recommended use: cycling and running
  • RETAIL: $59

    D•CURVE was founded on the belief that eyewear is more than an accessory. It’s part of you, your identity, and your active outdoor lifestyle, whether you’re skiing, snowboarding, running, biking, sailing, fishing, hiking, golfing, or just walking-your-dogs. They built this idea into each of their designs by using quality materials and exacting detail, while crafting styles and customization options that are as unique as you are. A cutting-edge, global Essential Eyewear and Active Lifestyle Brand based in Wheat Ridge, Colorado, D•CURVE is no stranger to advanced technology or innovation. 

    D•CURVE sunglasses represent innovative designs and features, including Nastek P3 technology, which protects against UVA, UVB, UVC, and harmful blue light. Most of their sunglasses boast polarized lenses and multiple layers of hydrophobic coatings, which resist water, sand, dust, and oil. Their state-of-the-art BioTitanium series uses medical-grade titanium to build the frames, the same material that keeps new knees super strong, bending and flexing with the ease of a teenager bouncing off bumps like pinballs. The design team creates unique shapes and sizes, which accommodate just about all types of faces and activities under the sun. 

    Move beyond boring, big brands. Take the path less traveled. Make the switch to D•CURVE.

    Related Items