Deda Hero RS DB lenticular rear wheel 2026
Designed for cyclists who aspire to performance
Hero RS is a lenticular wheel that combines innovation, efficiency and light weight. Made of high-modulus UD carbon fiber with hollow construction, it offers the perfect balance of lateral stiffness and vertical absorption for aggressive riding and absolute control. With an inner width of 21 mm, it pairs perfectly with wider modern tires, both tubeless and clincher, providing superior grip and optimal smoothness on road and dirt. The outer 28 mm aero profile reduces air resistance without compromising stability. At the core of the Hero RS is a CNC-machined AL7075 aluminum hub mounted on steel bearings for smooth and consistent smoothness. The 40-tooth dual ratchet system ensures quick and reliable engagement with every pedal stroke.
Wider Inner Channel
Thanks to a 21 mm inner width, it is a perfect match for wider modern tires, both tubeless and clincher, providing superior grip and optimum smoothness on road and dirt.
Design
Made of high-modulus UD carbon fiber with hollow construction, it offers the perfect balance of lateral stiffness and vertical absorption for aggressive riding and ultimate control.
Hub
At the heart of the Hero RS is a steel-bearing mounted hub with a 40-tooth dual ratchet system that ensures quick and reliable engagement with every pedal stroke.
Tech spec
- Material: Hollow structure, high-modulus UD carbon fiber
- Finish: Carbon UD
- Rim width: 28mm (outer) - 21mm (inner ETRTO 622×21C)
- Hub: AL7075 hub body, 15mm axle, steel bearings, 40-tooth 2 ratchet system
- Brake disc mount: Shimano center lock
- Thru axle compatibility: 12×142 mm
- Freewheel body: Shimano, Sram XDR
- Accessories included: Tubeless valves, Center Lock lock ring, lubricant for body ratchets
- Producer's weight: 970 g
Compatibility Shimano
| Rim width | 21 mm |
| Hub material | Aluminium |
| Rim material | Carbon |
| Braking surface material | Carbon |
Compatibility Sram XD-R
| Rim width | 21 mm |
| Hub material | Aluminium |
| Rim material | Carbon |
| Braking surface material | Carbon |