Saucony Endorphin Pro 5 Trainers - White - Size UK 7.5

The Endorphin Pro 5 is designed for runners looking for a high-performance shoe to achieve their fastest times in races and during speed-focused training sessions.

The slotted carbon plate works with the SpeedRoll technology to enhance propulsion and create smoother, quicker transitions, helping you run faster with greater efficiency.

The midsole combines PWRRUN PB and Super Critical PWRRUN HG, offering a responsive and energetic feel that prioritizes speed and propulsion over plush softness.

While possible for faster training runs, it's generally recommended for race day and specific speed workouts. For high-mileage daily training, a shoe with more durability and potentially softer cushioning might be more suitable.

Clean them using a soft brush to remove dirt and a damp cloth with mild soap if needed. Always air dry them away from direct heat.

The PWRTRAC rubber outsole is designed for optimal grip and durability on road surfaces.

SpeedRoll Technology, enhanced by the carbon plate, is designed to propel you forward with less effort, creating a unique forward-rocking sensation for a faster and more efficient stride.

The Endorphin Pro 5 is a performance shoe with a carbon plate and firm foam. Allow for a break-in period of a few runs. Ensure you have the correct size and consider wearing them with performance running socks.

Check the PWRTRAC outsole for excessive wear or embedded debris. Clean the outsole with a brush. If the outsole is significantly worn down, it may be time to replace the shoes.

Confirm the shoe size is correct and your foot is properly secured with the laces. This shoe is designed for forward motion; ensure you are not attempting significant lateral movements which are not its intended use.

The combination of PWRRUN PB and Super Critical PWRRUN HG is engineered for responsiveness. If the firmness is excessive, ensure you are running at a pace where the shoe's technology can perform optimally. This shoe is not designed for maximum softness.