Deuter Traick 5 SL Women's Trail Running Backpack (Small)

A garment-like fit running pack made from breathable stretch fabric, the Traick 5 Trail Running Backpack is snug with zero bounce. The vest has bungee sternum straps for stability, pockets and stuff pouches for stashing running essentials.

Constructed from polyamide 4-way elastic mesh, the Traick 5 SL has a durable, abrasive-resistant characterisation, providing trail-running comfort. The lightweight mesh provides cool, breathability and an enjoyable wearing experience. Allowing a constant supply of fresh air to travel through the pack, the garment will also prevent you from becoming too hot and sweaty by removing excess sweat and moisture from the surface of your skin. Not only this, but the stretchy materials provide a super comfortable experience and ensure the vest has a snug fit for a bounce-free design. The SL version of this backpack has been specifically designed for women, meaning the back is shorter to suit a woman's specific back length, the carrying system has also been adapted to the female anatomy. An adaptable bungee sternum closure provides a quick, precise fit, allowing full breathing comfort, whilst modular bungee cords add further compression at the sides, providing unrestricted movement. The backpack has an array of compartments and pockets to keep all your items well-organised and easy to grab. Four easy-access pockets are on each strap, so grabbing your essentials is super easy, whilst stash pockets at the back are great for hydration bladder refilling and quick jacket storage. The main compartment allows you to add other layers or a wind shell for when you need it, whilst other storage facilities allow you to stash poles or other items. The pack is compatible with a 2-litre drinking system and two pockets are great for soft flasks so you can stay hydrated on the move. Finally, the pack will help you stay safe thanks to the signal whistle included for alerting attention and reflective accents which enhance your visibility during low light conditions.