magnetic clipless pedals Magped Ultra-2 Magnetic Ti Pedals 150N Magnesium CNC Machined Body, Titanium Spindle, SPD Compatibility, Gray, Lightweight Cycling Pedals

Introducing the Magped Ultra-2 Magnetic Ti Pedal - the ultimate choice for cyclists seeking lightweight performance, precise control, and innovative magnetic cleat technology. Crafted for durability and engineered for power transfer, this high-end pedal is perfect for road and mountain biking enthusiasts who demand excellence.

Materials & Construction

Built from premium magnesium alloy, the Magped Ultra-2 features a CNC-machined body that offers exceptional strength while maintaining a lightweight profile-only 320 grams per pair. The magnesium body provides excellent stiffness and durability, ensuring long-lasting performance on challenging terrains. The titanium spindle enhances strength-to-weight ratio and resists corrosion, making these pedals ideal for both sportiv and adventurous cycling.

Performance & Engineering

Designed for easy and quick engagement, the Magped Ultra-2 utilizes a magnetic release mechanism that allows for a smooth, side-to-side foot release-reducing the risk of accidental detachment. Available in two magnet strength options-150N for riders up to 175 lbs and 200N for riders over 165 lbs-these pedals provide customizable security tailored to your riding style and terrain demands. Their large 109x85mm platform offers ample support, ensuring comfort and stability during long rides.

Components & Technology

Equipped with powerful magnetic cleats and a standard two-bolt SPD-compatible cleat plate, the Magped Ultra-2 ensures compatibility with most cycling shoes. The magnetic engagement system provides a secure connection, quick release, and an intuitive clip-in/clipping-out process-perfect for riders seeking efficiency and safety. The 9/16" spindle size ensures compatibility with a wide range of bike cranksets.

Style & Use Case

Sleek gray finish complements any bike aesthetic, while the minimalist design emphasizes performance and functionality. Whether you're a mountain biker tackling rugged trails or a road cyclist aiming for smooth power transfer, the Magped Ultra-2 is versatile enough to meet all your cycling needs. Its innovative magnetic release system enhances safety, making it a perfect choice for riders who value confidence and control.

Innovative Features & Differentiators

- Magnetic release technology for effortless engagement and safety

- Multiple magnet strength options for rider customization

- CNC-machined magnesium body for lightweight durability

- Titanium spindle for enhanced strength and corrosion resistance

- Compatible with standard SPD cleats for versatile shoe compatibility

- Large support platform for maximum stability

Upgrade your cycling experience with the Magped Ultra-2 Magnetic Ti Pedal-engineered for performance, designed for safety, and built for cyclists who demand the best. Explore new trails, conquer long-distance rides, and enjoy unparalleled control with this cutting-edge magnetic pedal system.

• Magped Ultra-2 Magnetic Titanium Pedal features a lightweight, CNC-machined magnesium body for optimal strength-to-weight ratio, ensuring durability and performance during intense cycling sessions.
• Engineered with innovative magnetic release technology, these pedals provide quick and effortless foot disengagement with a simple lateral movement, enhancing rider safety and confidence.
• Designed for versatility, the Ultra-2 offers two magnet strength options-150N for riders up to 175lbs and 200N for heavier riders-allowing personalized and secure engagement tailored to individual preferences and riding styles.
• Built with high-performance titanium spindles and a standard two-bolt SPD-compatible cleat system, these pedals deliver smooth pedaling efficiency and easy compatibility with a wide range of cycling shoes.
• Featuring a spacious 109x85mm platform with a sleek gray finish, the Magped Ultra-2 combines style and functionality, making it ideal for road, mountain, and gravel riding where quick release and reliable performance are critical.