Look Trail Fusion Pedals - Turquoise

The Look Trail Fusion Pedals in Turquoise are perfect for any mountain biker looking for a stylish and high-performing pedal. Made with aluminum and a chromoly shaft, these pedals are durable and lightweight. With a support surface of 107x105mm, these pedals offer a wide platform for a comfortable and secure ride.

The Look Trail Fusion Pedals come with eight steel pins per face, providing great grip and control on any terrain. The 18mm oversized trucks add to the stability of the pedal and make sure that your foot stays in place while riding. With a maximum weight driver of 100kg, these pedals can handle even the most intense rides.

These pedals are specifically designed for the discipline of mountain biking, making them ideal for any trail or downhill rider. With a weight of only 324g, they won't weigh you down during a long ride. Stand out on the trails with the eye-catching turquoise color of these pedals.

Upgrade your mountain bike with the Look Trail Fusion Pedals in Turquoise and experience a smooth and secure ride with incredible grip and control.

LOOK is the worldwide leader of the road clipless pedals. In fact, they were the creators of the first automatic pedal in 1984, introducing this revolutionary concept that allowed Bernard Hinault won his fifth Tour de France in 1985 with the first LOOK clipless pedals. His original idea, with the will to innovate, have allowed LOOK to remain a world leader and impose their standard Kéo, recognized throughout the world.

LOOK also invented the first carbon frame in 1986 and the first monobloc carbon track frame. Their business philosophy is oriented to research and development which earned them the INPI Trophy for the most innovative SMEs in France in 2009. LOOK also received 4 times the recognition of the Bicycle of the Year in France, has won several times the Star of Design and the IF design award in Germany in 2010. Their commitment to innovation makes LOOK possess a unique experience and technology in the design and manufacture in carbon.