Surron/E Ride E-Moto Rear Brake Rotor 240MM

High-Performance Stopping Power for Surron & E Ride Pro

The 240mm rear brake rotor for Surron E-Moto is engineered to eliminate dangerous brake fade and weak stopping power, especially during aggressive trail rides, track days, and technical street stunts. This premium 240mm x 3.3mm oversized stainless steel rear brake rotor is a crucial performance upgrade, designed to withstand the intense speeds and instant torque of modern high-voltage electric motorcycles.

Most factory e-bike brake discs tend to be thin and narrow, which can lead to warping under heavy loads and trapping extreme friction heat. This can result in a spongy lever and compromised stopping power. Our heavy-duty replacement rotor conforms to authentic motorcycle manufacturing standards, delivering immediate clamping force and superior thermal control you need for safe and confident riding.

The Physics of Performance: Why This Upgrade Changes Everything

Transitioning from a stock 220mm disc to a robust 240mm increases the caliper's mechanical leverage significantly. This larger diameter enhances torque transfer during braking, enabling you to lock up the rear wheel or modulate your deceleration with less effort. This added leverage is vital for optimal wheelie control, smooth corner entry, and emergency stops on rugged trails.

Advanced Thermal Heat Dissipation

One of the standout features of the 240mm rear brake rotor for Surron E-Moto is its impressive thickness of 3.3mm, providing exceptional heat capacity. This rotor acts as a structural heat sink, efficiently absorbing and radiating extreme temperatures away from your brake pads. Its design includes laser slots that enhance ventilation, minimizing the risk of brake glazing and line fade during prolonged descents.

What’s Included in the Box:

• 1x Premium 240mm x 3.3mm Heavy-Duty Stainless Steel Rear Brake Rotor

(Note: Don't forget that installing this oversized rotor requires a matching 240mm caliper adapter bracket to correctly reposition your rear brake assembly.)