DISC BRAKE

MECHANICAL DISC BRAKE CALIPER – Reliable Stopping Power, Adjustable Performance, and Durable Construction

Engineered for Control, Stability, and Everyday Reliability
Designed for cyclists who demand consistent braking performance across varied riding conditions, this Mechanical Disc Brake Caliper provides precise stopping power with straightforward cable operation. Ideal for mountain biking, commuting, touring, and recreational riding, it delivers the perfect balance of braking strength, modulation, and long-term durability. Whether navigating steep descents, unpredictable terrain, or urban traffic, the caliper ensures stable control and responsive braking when it matters most.

Durable Alloy Construction for Strength and Longevity

Crafted from high-strength forged aluminum alloy, the caliper body delivers excellent rigidity while keeping overall weight optimized for efficient ride performance. The material resists flex during hard braking, ensuring consistent clamping force and reliable brake feel.
A corrosion-resistant coating protects the exterior from water, dirt, and environmental wear, making it suitable for year-round cycling. Each component is carefully machined to ensure smooth alignment and stable pad movement, contributing to long-lasting structural reliability.

Precise Mechanical Control with Adjustable Braking Response

As a cable-actuated system, this brake caliper offers intuitive operation and simple maintenance. Riders can easily fine-tune pad spacing and braking feel through external adjustment knobs without removing the caliper.
Whether you prefer immediate, high-grip stopping power or a more gradual, progressive brake response, the adjustable design supports personalized performance. This adaptability makes the caliper suitable for different riding styles, terrain types, and bike setups.

Semi-Metallic Brake Pads for Balanced Performance

The included semi-metallic pads provide strong, consistent braking while maintaining stable performance under heat and friction. This compound blends durability, stopping power, and low noise output, making it effective in both wet and dry conditions.
The pad surface grips the rotor evenly, ensuring smooth deceleration and dependable emergency braking when needed. Replacement is simple and tool-friendly, supporting long-term serviceability.

Versatile Rotor Compatibility and Installation Flexibility

The calipers are clearly marked for installation with commonly used disc rotor sizes, including F-180/R-160 or F-160/R-140, allowing correct matching to front fork and rear frame setups.
This ensures proper braking geometry, balanced performance, and improved heat distribution during operation. Standard cable routing and lever compatibility support easy replacement, upgrades, or retrofitting from V-brake systems.

Stable Performance in Varied Riding Conditions

Designed for real-world riding environments, the caliper provides dependable stopping power across pavement, gravel, woodland trails, and wet or muddy conditions. Its balanced mechanical response enhances confidence and control—whether maneuvering through tight turns, descending off-road slopes, or braking quickly in city traffic.
Consistent pad engagement and stable pressure distribution help maintain predictable braking performance with reduced fade.

Clean, Compact Design with Practical Aesthetics

Featuring a compact profile and streamlined mounting structure, the caliper integrates neatly with modern bike layouts. The matte black finish offers a professional and versatile appearance suitable for any frame color or bike style.
Laser-etched rotor compatibility markings ensure clarity during setup and routine adjustments.

Key Specifications

Built for Confidence and Everyday Performance

This Mechanical Disc Brake Caliper combines durable construction, adjustable braking response, and reliable stopping force to deliver consistent performance across every ride. Engineered for cyclists who value control and confidence, it ensures stable, predictable braking whether cycling for sport, travel, or daily transportation.