AMT Rear Ola S1 Pro Gen 1, Gen 2 Vehicle Disc Pad  (Pack of 2)

This Rear Disc Brake Pad Is a Reliable Aftermarket Part. Fits Ola S1, S1 Pro: Gen 1, Gen 2 Here are descriptions for both the Ola S1 Pro Disc Pad Gen 1 and Ola S1 Pro Disc Pad Gen 2 Ola S1 Pro Disc Pad Gen 1 The Ola S1 Pro Disc Pad Gen 1 is designed specifically for the Ola S1 Pro electric scooter to ensure reliable braking performance and safety. Built with high-quality materials, this disc pad offers excellent friction and longevity. It is engineered to provide smooth and consistent braking, enhancing control during city commutes and high-speed rides. The Gen 1 pad is known for its durability and efficient heat dissipation, minimizing brake fade and wear during extended use. Ideal for riders looking for optimal performance in varied riding conditions. Key Features - High-quality friction material for enhanced stopping power - Consistent braking performance under different weather conditions - Designed to reduce brake fade and wear - Compatible with Ola S1 Pro for a perfect fit - Durable and long-lasting Ola S1 Pro Disc Pad Gen 2 The Ola S1 Pro Disc Pad Gen 2 offers an upgraded braking experience for the Ola S1 Pro electric scooter. Featuring advanced materials and a refined design, the Gen 2 disc pad delivers improved braking efficiency, even in challenging conditions. The Gen 2 pad provides better heat resistance, enhancing safety during high-speed rides and longer journeys. It also reduces noise and vibrations, offering a smoother, more comfortable riding experience. Ideal for performance-oriented riders seeking superior brake performance and increased longevity. Key Features - Enhanced heat resistance for long-distance riding - Improved friction material for superior stopping power - Quieter and smoother braking performance - Reduced vibration and noise for a comfortable ride - Precision-engineered for a perfect fit with the Ola S1 Pro Both the Gen 1 and Gen 2 disc pads are built to cater to specific needs, with Gen 2 providing additional upgrades for high-performance use.