Leatt Junior Flat 2.0 Shoes

The Leatt Junior Flat 2.0 Shoes are made for keen young mountain bikers who love the thrills of the dirt. A RideGrip™ rubber sole and quick-fit laces get them pedalling with confidence. 

With their durable synthetic leather upper, the Junior Flat 2.0 Shoes are more than ready to take on fast downhills, swooping singletrack and technical trails. An EVA midsole delivers support and shock absorption over rough terrain, maintaining comfort all day long. There's plenty of ventilation too, keeping young feet cool, while the active carbon lining is anti-bacterial and anti-odour, guaranteeing fresh feet and shoes after their MTB fun. **RideGrip™ x WaffleGrip Pro** When young riders are pushing on flat pedals, the incredible grip of the RideGrip™ x WaffleGrip Pro combo makes sure they can fly into trail sections brimming with confidence. RideGrip™ is an incredibly grippy rubber compound that holds firm across the pedal body and pins, allowing them to enjoy superb bike control. Meanwhile, the improved WaffleGrip Pro pattern boosts hold on pedal pins, notably shorter pins. Heel and toe mudflow channels keep the sole clearer, improving traction in wet and muddy riding conditions. **Easy Adjustment** The unique Leatt elastic laces with Velcro® closure make it super easy and quick for young mountain bikers to get their shoes on and ready to tear up the trails. And they can do it independently too - they'll be leading the way while you're still getting kitted up! Buy **Leatt Footwear**from Chain Reaction Cycles, the World’s Largest Online Bike Store.

• Durable synthetic leather upper
• Stealth heel and toe protection
• Unique Leatt Elastic laces with Velcro® closure for independent fitment without help from adults
• RideGrip™ compound for improved pedal feel and control
• Improved WaffleGrip Pro pattern for improved grip with short pins
• Anti-compression EVA midsole for comfort
• Anti-heel lift grip design
• Active Carbon insole and lining - moisture-wicking, quick-dry, anti-bacterial, anti-odour material