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Ashima Hayes Stroker Ace brake pads
- Hayes Stroker Ace
- 4 Items
- New
€11.99 VAT included
Hayes Stroker Ace brake pads – Ashima compatible
Give your braking system the precision and stopping power it deserves with Ashima-compatible Hayes Stroker Ace brake pads. Designed for demanding riders, these pads deliver optimal control of your bike—whether you ride MTB, enduro, or technical terrain. Their compound offers strong bite from the first pull of the brake lever, with consistent performance even during long descents.
Performance and reliability for your braking system
Ashima pads designed for Hayes Stroker Ace calipers provide a sharp response, excellent modulation, and superior heat resistance. They ensure stable, powerful, and quiet braking, with no loss of efficiency due to rotor overheating.
Features of Ashima Brake Pads Compatible with Hayes Stroker Ace
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Compatibility: Hayes Stroker Ace disc brake systems
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Pad compound options: (organic / semi-metallic / metallic)
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Organic: Smooth, silent braking, ideal for dry conditions
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Semi-metallic: Versatile, balanced power and durability
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Metallic: Outstanding heat resistance, perfect for long descents
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Backing plate: Strong steel plate for optimal heat dissipation
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High braking bite: Quick response from the first lever pull
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Enhanced durability: Increased wear resistance in mud, rain, and abrasive conditions
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Stable braking: Reduces fading during repeated braking
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Easy installation: Perfect fit in Hayes Stroker Ace calipers
Why choose these Ashima pads for your Hayes Stroker Ace brakes ?
Engineered to deliver safe and consistent braking, these pads maximize the performance of your disc brake system. They improve brake lever feel, provide excellent speed control, and ensure reliable stopping power in any situation. Whether you tackle technical trails, steep descents, or mixed-terrain riding, these pads offer dependable and long-lasting performance.
Ideal for:
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Trail, all-mountain, and enduro mountain biking
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Aggressive or technical riding requiring precise braking control
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Riders seeking responsive, durable, heat-resistant braking