Description

Shimano Dura-Ace BR-9000 Road Caliper Rim Brakes – Pre-Owned Excellence for High-Performance Riding

Elevate your road cycling experience with this pre-owned Shimano Dura-Ace BR-9000 caliper brake set, engineered for precision and durability. Designed for riders seeking top-tier stopping power without compromise, these brakes deliver responsive control whether you’re tackling steep descents or long-distance endurance rides. Built for compatibility with short-pull brake levers, they seamlessly integrate into high-end road setups while maintaining smooth, consistent performance.

Key Features & Benefits:
Proven Performance: The Dura-Ace lineage ensures reliable modulation and power, ideal for competitive racing or aggressive all-day riding.
Adaptable Design: Short-reach caliper arms (39–49mm) accommodate a range of modern rim depths, offering flexibility for different wheel builds.
Low-Maintenance Engineering: Pivot points glide effortlessly after years of use, reflecting Shimano’s legendary build quality.
Cost-Effective Upgrade: Save on premium performance by choosing pre-owned—perfect for riders upgrading to disc brakes or diversifying their brake setup options.

Condition & Inclusions:
This set shows minimal cosmetic wear—minor scuffs on the calipers—but functions flawlessly. While brake pads are not included (easily sourced as aftermarket replacements), the core mechanism remains in pristine working order.

Why Choose the BR-9000?

Feature BR-9000 Caliper Brakes Competitor Models (e.g., SRAM Red AXS, Campagnolo Record)
Actuation Compatibility Optimized for short-pull levers Mixed support (some require adapters)
Weight 310g (lightweight for rim brakes) 320–350g+ (heavier in direct comparisons)
Pad System Easy-swap cartridge pads Integrated pads (less user-friendly for replacements)

Ideal for road cyclists prioritizing precision and value, these brakes are a standout choice for those transitioning from rim to disc systems or seeking a dependable backup setup. Experience Dura-Ace engineering at a fraction of the new cost—without sacrificing performance or reliability.

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