Shimano PD-R550L SPD-SL Road Pedals Black EPDR550L (EPDR550L)

The Shimano SPD SL PD-R550L black road pedals optimise power transfer during road cycling thanks to an advanced cleat system. This model utilises SHIMANO PEDALING DYNAMICS SL technology, which enhances efficiency and stability even during intense training or racing.

Cleat system and SPD SL technology

The cleat mechanism used in the Shimano SPD SL PD-R550L allows precise attachment of the shoe to the pedal, resulting in better control over the bike and maximising the cyclist's power output. SHIMANO PEDALING DYNAMICS SL technology is designed with road users in mind, providing ergonomics and consistent effective pressure during each crank revolution. This solution guarantees high performance and stability during sport cycling.

Materials and body construction

The pedal body is made from durable composite material that ensures appropriate stiffness while keeping weight low. The stainless steel insert increases wear resistance at the points of contact with the shoe cleat, translating to long-lasting precision operation. The design is based on ball bearings, ensuring smooth operation and minimal rolling resistance in various riding conditions.

Visibility and safety

The Shimano SPD SL PD-R550L pedals are equipped with reflective elements that improve visibility when riding at dusk or in low light conditions. This functionality enhances user safety without affecting the product's sport performance. The design solutions are based on proven materials and precise manufacturing technology.

Shimano SPD SL PD-R550L black bike pedals - features:

• Body made from durable composite with high stiffness;
• Cleat system based on SHIMANO PEDALING DYNAMICS SL technology;
• Precision ball bearings for smooth pedal operation;
• Stainless steel insert increasing wear resistance;
• Reflective elements enhancing road safety;
• Designed for road bikes and sport cycling;
• Stable shoe attachment to the pedal for complete power transfer;
• Construction ensuring efficiency during intense use.