Faster transitions and better comfort make the Shimano SH-TR5 Triathlon Shoe a great option for the budding and experienced triathlete alike.
The Shimano SH-TR5 Triathlon is a performance shoe designed to quicken transitions and optimise power
Sharing a similar design to the elite-level TR9 model with the same breathable synthetic upper, 3D mesh lining, and T1-quick strap for fast transitions, the new SH-TR5 gets a more affordable vented fibre-reinforced sole that actually sheds a few grams off the more expensive carbon model.
T1-Quick strap and extra-wide collar simplifies foot entry and quickens transitions
Asymmetrical heel loop makes it easier to get your finger through the loop to quickly secure the shoe during transitions
3D breathable mesh for optimal ventilation
Women’s specific fit for a more natural, comfortable fit
Light weight glass fiber reinforced nylon sole
SPD-SL and SPD cleat compatibility
Adaptable Cup Insole
Offset Straps - anatomically precise offset straps relieve tension at the highest point of the foot, where pressure tends to be greatest.
Cross X Straps - is built for the on-foot challenges of off-road riding with the real-world need of alleviating pressure when off the bike.
BOA - Boa closures offer infinite adjustment for glove-like fit. On-the-fly, one-handed adjustments, secure locking and fast release. Sheds mud and water while saving weight.
Quick Dry Mesh - Shimano has developed the new frontier of moisture control with our 3D mesh: three layers that control temperature, wick away moisture and ensure an ideal fit. 3D dry mesh keeps your feet comfortable and your ride moving forward.
Rovenica - The composition of Rovenica is more similar to genuine leather than other materials. Rovenica does not have voids and pockets that absorb water, staying light and quick even in the rain. Rovenica consistently returns to its original shape and size after being stretched.
Avail 100 - While being flexible, Teijin Avail 100 also provides a highly rigid fit. Power loss is reduced and pedaling efficiency is improved, thanks to this material's superior shape-retention characteristics and a rigid layer that suppresses elongation.
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