Elvedes Pair of Brake Pads for Magura MT2, MT4, MT6, MT8 Cycle/MTB/E Bike Unisex Adult, Black

Elvedes 6897mc E-bike Magura Mt2/mt4/mt6/mt8 Semi Metallic Disc Brake Pads. Upgrade your Magura MT2/MT4/MT6/MT8 E-bike brakes with ELVEDES 6897MC metallic carbon pads. Experience superior stopping power and heat dissipation, crucial for higher E-bike speeds and weight. Enjoy consistent, reliable braking in all conditions, reduced fade on long descents, and exceptional durability for extended use. These pads offer precise modulation for controlled riding and are a direct-fit replacement, ensuring a hassle-free upgrade for enhanced safety and performance. ELVEDES 6897MC E-bike Disc Brake Pads for Magura MT2/MT4/MT6/MT8Category: Spare PartsSubcategory: Brakes---Unleash the full potential of your E-bike´s braking system with the ELVEDES 6897MC Metallic Carbon Disc Brake Pads, meticulously engineered for Magura MT series brakes. As an essential spare part for any serious rider, these pads are designed to elevate your safety, control, and confidence on every ride, whether you´re navigating steep descents, commuting through busy city streets, or tackling challenging trails.Specifically developed to meet the increased demands of modern E-bikes, these brake pads address the challenges of higher speeds and greater system weight. The advanced compound provides exceptional stopping power that you can rely on in all weather conditions. Experience a significant reduction in braking distance and enjoy the peace of mind that comes with having consistent, predictable braking performance at your fingertips.One of the key benefits of the ELVEDES 6897MC pads is their superior heat management. The unique formulation excels at dissipating heat generated during heavy or prolonged braking, drastically reducing the risk of brake fade. This ensures your brakes remain effective and responsive even on the longest downhills, preventing the loss of power that can occur with inferior pads. This thermal stability translates directly to a safer and more controlled riding experience.Durability is at the core of Elvedes´ design philosophy. These pads are built to last, offering excellent wear resistance that extends their service life far beyond standard organic pads. This longevity means fewer replacements, less maintenance, and more time enjoying your ride. The robust construction ensures they can withstand the rigors of daily use and aggressive riding, making them a cost-effective upgrade for any E-bike owner.These high-performance brake pads offer a perfect balance of raw power and refined modulation, allowing for subtle adjustments in speed without a jarring, on/off feel. This precise control is invaluable for technical riding and for maintaining a smooth, comfortable journey. The direct compatibility with Magura MT2, MT4, MT6, and MT8 brake calipers guarantees a perfect fit and hassle-free installation, allowing you to quickly upgrade your bike and get back on the road or trail.Main Features:* Optimized for E-Bike Demands: Engineered to handle the extra weight and higher speeds of electric bicycles for enhanced safety.* Superior Stopping Power: Delivers strong, reliable, and consistent braking force in wet and dry conditions.* Excellent Heat Dissipation: Prevents brake fade during long descents and heavy use, ensuring consistent performance.* Enhanced Durability and Longevity: Offers a long service life with outstanding wear resistance, reducing maintenance frequency.* Precise Modulation and Control: Allows for fine-tuned braking, improving handling and ride comfort.* Perfect Compatibility: Designed as a direct-fit replacement for Magura MT2, MT4, MT6, and MT8 brake systems.--- Elvedes Carbon Disc Brake PadsSpecifications:* Type: 6897MC* Attribute: Pads* Material: Metallic Carbon* Length: 30 mm* Width: 20 mm* Weight per piece: 15 grams* Suitable for: Magura MT2/4/6/8 (E-Bikes).Contents:* 2 Disc brake pads. tradeinn Bikeinn

Super high-quality Dutch product Metal carbon trim for a power/wear ration at the top in all conditions Supplied with screws and pins Low heat rise Increased braking power