R.A.D ONE V2

Rogue Red

The R.A.D. ONE V2 is a unisex training shoe built to meet the needs of high-performing athletes, both in everyday training and on competition floors. Designed in Portland, Oregon, this updated versatile shoe provides cushioning for plyometrics, added stability for lifting, durability for rope climbs, and lightweight support for gymnastics movements—all without requiring a break-in period. This Rogue x R.A.D collaboration introduces two limited-edition colorways available exclusively through Rogue, complete with distinct Rogue branding on the tongue to set this version apart while delivering the same comfort, performance, and style the V2 is known for.

BUILT FOR PERFORMANCE

The R.A.D. One V2 is engineered for peak performance, combining enhanced flexibility and durability with advanced features to elevate your training. The innovative R.A.D. WAVE design, paired with a TPU heel clip, provides 360° stability for lifts while allowing greater freedom of movement during dynamic exercises.

A forefoot flex zone ensures out-of-the-box comfort, while the flexible and durable upper mesh, reinforced toe bumper, and rubber outsole deliver added protection. Its herringbone tread pattern provides superior grip, taking advantage of the most tested traction pattern on the planet. With a 6mm offset for an optimal training position and a springy SwellFoam™ EVA midsole, the V2 is a reliable choice for athletes of all levels.

On the durability front, the all-rubber R.A.D. WAVE wrap with raised ridges shields the foam and upper from rope abrasion, while a reinforced toe bumper adds extra protection for high-wear movements like burpees and toes-to-bar.

R.A.D (“Rally Against Destruction”) is a small, independent shoe company founded by a competitive CrossFit athlete and an experienced athletic shoe designer. Together, they have developed a light springy EVA midsole for the R.A.D. ONE called Swell Foam™, which is partly made from sugarcane (currently 30%), reducing the reliance on traditional, fossil-based materials in the shoe’s construction.