Product Description
Eliminate rear-end flex and unlock true cornering stability with the CF Design Stainless Steel Rear Chassis Brace. Specifically engineered for the Yamaha Cygnus Gryphus (6th Gen), water-cooled Zuma 125, and Augur, this subframe stabilizer transforms your scooter’s handling dynamics by reinforcing critical chassis stress points.
When pushing your scooter through tight corners or over rough pavement, the factory chassis experiences subtle twisting, which disrupts suspension efficiency. The CF Design Rear Chassis Brace acts as a rigid bridge, bracing the upper shock mounts directly to the main frame. This structural reinforcement ensures your rear shocks compress linearly and work in perfect harmony with the chassis, delivering a significantly more planted, stable, and confident riding experience.
Key Features and Benefits
High-Strength Chassis Reinforcement: Substantially reduces subframe twisting and chassis flex during high-speed cornering and aggressive maneuvers.
Optimized Suspension Synergy: Maximizes the structural continuity between the upper shock mounts and the frame, allowing your rear suspension to absorb impacts smoothly and efficiently.
Enhanced Rear-End Stability: Delivers a grounded, balanced rear chassis profile for improved rear-wheel traction and sharper handling feedback.
Perfect Under-Seat Clearance: Precision-engineered to fit seamlessly beneath the fairings with absolutely zero interference with your under-seat luggage box storage.
Premium Made in Taiwan Quality: Developed and manufactured by CF Design using heavy-duty stainless steel for maximum durability and long-term corrosion resistance.
Specifications
Brand: CF Design (100% Authentic)
Origin: Made in Taiwan
Material: Heavy-Duty Laser-Cut Stainless Steel
System Category: Chassis and Suspension Upgrades
Fitment Compatibility:
Yamaha Cygnus Gryphus 125 (6th Generation)
Yamaha Zuma 125 (2022~Now)
Yamaha Augur 155
Package Includes: 1x Rear Chassis Brace Support Kit
Important Manufacturing and Installation Note
Please note that this performance component is precision laser-cut and undergoes a deburring process to clean the edges. Because it is engineered to be securely mounted inside the bodywork where it is completely hidden from view once installed, minor surface hairline scratches or manufacturing marks are normal and unavoidable. These cosmetic surface traits do not affect the structural integrity, safety, or performance of the brace.