The Cervelo Aspero Apex XPLR AXS Bike redefines what a modern gravel racer can be fast, responsive, and purpose-built for speed beyond the pavement. Combining Cervelos aerodynamic expertise with SRAMs latest wireless drivetrain technology, the spero offers a sleek, efficient platform for competitive gravel and adventure riding.

Constructed from Cervelos advanced carbon fiber, the frame achieves the perfect balance of stiffness, low weight, and compliance for all-day comfort on rough terrain. Its geometry is tuned for agility and stability, making it equally capable on smooth tarmac or unpredictable gravel roads. Clean internal cable routing and aero tube shaping reflect Cervelos commitment to streamlined performance and aesthetics.

The SRAM Apex XPLR AXS 12-speed drivetrain provides precise, cable-free shifting with a gear range tailored for mixed surfaces and climbing efficiency. Hydraulic disc brakes ensure reliable stopping power in all conditions, while clearance for wide gravel tires adds confidence and comfort across long-distance rides.

Cervelo Aspero Apex XPLR AXS Bike Specs at a Glance

• Frame Material: Lightweight carbon fiber engineered for stiffness and compliance.
• Drivetrain: SRAM Apex XPLR AXS 12-speed wireless electronic shifting.
• Brakes: Hydraulic disc brakes for consistent and powerful braking control.
• Tire Clearance: Supports wide gravel tires for added traction and comfort.
• Geometry: Race-tuned for efficient power transfer and predictable handling on all surfaces.

Design Benefits

1. Wireless Precision: SRAM AXS technology delivers smooth, reliable electronic shifting.
2. Lightweight Performance: Carbon frame offers an ideal blend of stiffness and comfort.
3. Gravel Versatility: Wide tire clearance and balanced geometry suit both race and endurance rides.

Final Take

The Cervelo Aspero Apex XPLR AXS Bike brings wireless shifting, lightweight construction, and Cervelos renowned aerodynamic efficiency to the gravel world. Fast, capable, and expertly balanced, its made for riders who demand performance on every surface.