MAGENE EXAR Carbon Fiber Wheelset Pro Series DB58
MAGENE EXAR Carbon Fiber Wheelset Pro Series DB58
Out of stock
Description
Description
The EXAR DB58 Pro Carbon Wheelset is a high-performance aerodynamic carbon wheelset designed for road cyclists who demand maximum speed, efficiency and stability. Built for modern road bikes with disc brakes, the DB58 Pro combines a deep 58 mm carbon rim profile, lightweight construction and precise handling for racing, fast endurance rides and aero-focused builds.
The HI-MOD carbon fiber rims provide an excellent balance of stiffness, durability and low rotational weight. The deep 58 mm aero profile helps reduce aerodynamic drag and improves high-speed efficiency, making this wheelset ideal for riders looking to gain performance on flat roads, fast group rides and competitive events.
The wide 27 mm external and 20 mm internal rim profile is optimized for modern road tyres, improving tyre shape, comfort and aerodynamic performance with 25–32 mm tyres. The tubeless-ready construction allows riders to enjoy lower rolling resistance, improved puncture protection and enhanced ride comfort.
The DB58 Pro features a Center Lock disc brake system, a fast-engaging 36T ratchet hub mechanism, and durable Pillar Wing21 spokes for reliable power transfer and long-term performance. This version comes with a Standard Shimano 11-speed freehub, compatible with Shimano road cassettes and other compatible cassette systems.
The EXAR DB58 Pro is the perfect upgrade for performance road bikes, aero builds and riders who want premium carbon wheels with race-inspired aerodynamic advantages.
Key Features:
- Premium HI-MOD carbon fiber rims.
- Deep 58 mm aerodynamic rim profile.
- Designed for road racing and endurance performance.
- Disc brake compatible with Center Lock rotor system.
- Standard Shimano 11-speed freehub.
- 36T flat ratchet engagement system.
- Pillar Wing21 aerodynamic spokes.
- Tubeless Ready design.
- Optimized for modern 25–32 mm road tyres.
- Excellent balance of speed, stiffness and stability.

