The Mavic Aksium All Road Disc rear wheel brings together value and versatile performance for all-road conditions. With a focus on reliability and durability, it’s an excellent choice for riders seeking an upgrade or a solid training wheel compatible with a wide range of tire sizes, from 25 to 42mm. The wheel is designed to accommodate modern disc brake systems, making it suitable for a variety of terrains and riding styles.
Detailed Specifications:
- Brand: Mavic
- Model: Aksium All Road Disc
- Size: 27.5″
- Wheel Orientation: Rear
- Material: S6000 Aluminum
- Type: Road/All Road
- Rim Type: Clincher
- Tubeless Compatibility: No
- Rear Axle Spacing: 9x135mm
- Rim Inner Width: 19mm
- Rim Depth: 21mm
- Freehub Body: 11-Speed HG (Shimano/SRAM)
- Speed: 11-Speed, compatible with 10-speed using a 1.85mm spacer
- Hubs: Aluminum, QRM Auto bearings
- Spoke Count: 24
- Brake Type: Disc Brake, Center Lock (adaptable to 6-bolt with an adapter)
- Valve Type: Presta
- Intended Use: Road, All Road
- Weight: 1088g
Additional Features:
- Equipped with Mavic’s InstaDrive 360 freehub for quick engagement and durable performance.
- Utilizes straight-pull, round steel spokes for enhanced strength and reliability.
- The wheel’s structure is reinforced through the H2 hammer hardening process, especially around the spoke holes, to support higher spoke tension.
- The wheel is adaptable for different axle standards, making it versatile across various bike setups.
Riding Impressions:
The Mavic Aksium All Road Disc rear wheel is a robust and versatile performer that stands out for its durability and adaptability. The combination of a wide internal rim width and the ability to accommodate a broad range of tire sizes makes it an excellent choice for mixed-terrain riding. The quality construction and materials used in the wheel ensure smooth rolling and reliability, even in demanding conditions. Its performance exceeds expectations for an entry-level upgrade, offering a noticeable improvement in ride quality and braking performance on all road surfaces.