SRAM G2, A2 RSC Caliper
The SRAM G2 RSC (A2) Disc Brake Caliper is a high-performance braking component designed to deliver consistent power and modulation for trail and enduro riding. This four-piston caliper is part of the G2 series, offering a refined "mini-Code" feel that balances lightweight construction with robust stopping capability.
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Universal Orientation: Engineered for versatility, this caliper is compatible for use as either a front or rear brake. It features a standard Post Mount interface, allowing for easy installation on a wide variety of modern mountain bike frames and forks.
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Durable Finish: The caliper comes in a sleek Diffusion Black Anodized finish, providing a high-end look while offering excellent resistance to corrosion and trail debris for long-term aesthetic and functional durability.
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Proven G2 RSC Performance: As an RSC-tier component, this caliper is optimized for riders who prioritize thermal management and a consistent bite point, ensuring reliable performance even during long, technical descents.
Description
The SRAM G2 RSC (A2) Disc Brake Caliper is a high-performance braking component designed to deliver consistent power and modulation for trail and enduro riding. This four-piston caliper is part of the G2 series, offering a refined "mini-Code" feel that balances lightweight construction with robust stopping capability.
-
Universal Orientation: Engineered for versatility, this caliper is compatible for use as either a front or rear brake. It features a standard Post Mount interface, allowing for easy installation on a wide variety of modern mountain bike frames and forks.
-
Durable Finish: The caliper comes in a sleek Diffusion Black Anodized finish, providing a high-end look while offering excellent resistance to corrosion and trail debris for long-term aesthetic and functional durability.
-
Proven G2 RSC Performance: As an RSC-tier component, this caliper is optimized for riders who prioritize thermal management and a consistent bite point, ensuring reliable performance even during long, technical descents.
