DT Swiss PR 1400 DICUT OXiC 700c QR Rear Wheel Rim Brake Black 32mm

Engineered for elite performance on any road surface, these advanced aluminum wheels redefine capability with their innovative ceramic OXIC braking surface. Unlike conventional rim brake setups that falter in wet conditions, this proprietary coating ensures consistent power delivery during high-speed descents or emergency stops—perfect for cyclists tackling unpredictable weather or technical terrain.

Boasting an asymmetric wide profile design, these rims strike an ideal balance between rigidity and weight management. This structural innovation translates into sharper handling during sprints and corners while maintaining an agile feel on long endurance rides. Whether you’re racing against rivals or pushing personal limits on challenging climbs, every gram is optimized for maximum efficiency without compromising strength.

Take your ride further with seamless tubeless integration—pre-taped rims eliminate setup hassles while delivering enhanced comfort over rough roads and superior traction on loose surfaces like gravel paths or rain-slicked asphalt. Even when used with standard clinchers, their aerodynamic shape and responsive build cater to performance-driven riders seeking every advantage.

Underpinning this package is a robust 240 hub equipped with a high-angle 36-tooth SL ratchet system for rapid engagement under heavy loads. Paired with ProLock Squorx ProHead spokes arranged in a two-cross lacing pattern ensures durability through rigorous training sessions or competitive events. Every component is thoughtfully selected: from the lightweight titanium RWS skewer that boosts stiffness at zero added weight to Swissstop BXP blue brake pads designed specifically for OXIC surfaces—ensuring quiet operation and minimal wear over time.

These wheels are ideal for road cyclists prioritizing all-weather control during intense descents or gravel adventures while demanding lightweight efficiency on climbs. The combination of cutting-edge materials and meticulous engineering makes them stand out in both performance metrics and value compared to carbon alternatives.