Reliable, durable and robust, for any application and under any conditions. Sounds like the ideal brake? The G2 RSC is built from the Code design, which has already won several championship titles. With the robust aluminium lever with intuitive adjustment of lever reach and contact point as well as the stainless steel hardware it becomes a real workhorse.

Details:

• Use: All Mountain, Trail, Freeride
• Technology: Bleeding Edge, Expandable Bladder, Heat Shield, Piggy Back Reservoir, SwingLink, Timing Port Closure
• Material lever: Aluminium
• Mount: Ambidextrous
• Material caliper: Aluminium
• Caliper design: 4-piston caliper
• Fluid: DOT 5.1
• Brake pad: Steel/organic
• Features: Toolless lever- & contact point adjustment, grip shift compatible
• Weight approx.: 377 g

Note: Brake disc and adapter are not included in the scope of delivery.

Bleeding Edge:

Bleeding Edge technology makes bleeding brakes quick and simple. An updated fluid path and bleed porting make it easier to push fluid through the caliper. A dedicated bleed adapter plugs into the bleed port and seals the system to minimize air contamination and fluid loss.

Expandable Bladder:

SRAM’s new brake lever design includes a reshaped bladder that helps regulate and reduce air bubbles. The bladder is specifically shaped to evacuate air from the lever and push the fluid exactly where it’s needed. The result is improved back-pressure relief, which produces dependable braking power and consistency.

Heat Shield:

The stainless steel heat shields breaks the thermal connection between the pad and caliper body, reducing caliper fluid temperature by about 20C even in the most extreme testing conditions.

Piggy Back Reservoir:

The PiggyBack Reservoir offers a simple, failsafe way to manage brake fluid, and also allows for ambidextrous lever placement—so you can switch your levers on the handlebar and run them moto without hassle.

SwingLink:

Squeeze a new SRAM brake lever and you notice it immediately. Less deadband. More positive pad engagement. A new cam system requires less lever throw to push the pads toward the rotor. But you need also control. SwingLink solves that with perfect balance of power and precision. When the pads contact the rotor, power is modulated, avoiding that “on/off” brake feel.