Boots at home on high alpine summits or light, fast, done-in-a-day speed ascents. A variety of stiffnesses, each with walk-friendly features, lend versatility and comfort to most high alpine and mountain activities. Steep and vertical ascents, rugged terrain, foul weather, heavy loads and long days are the mountain challenges these boots are designed to help you enjoy.
TOWER PLUS LX GTX®
A durable and comfortable semi-automatic crampon compatible boot, for the skilled mountaineer who wants a reliable and agile solution for any situation. Suitable for mountaineering, via ferrata and technical treks.
SIZE RANGE (UK)
760 gr. (1/2 pair size 8 UK)
The flex insert, tongue and collar are made of one piece of stretch fabric coupled with a stretchy Gore-Tex® lining, for greater comfort and a more anatomical fit. A progressive lasting board better matches stiffness/flexibility to the length of the boot, while the original Helix rand offers greater protection from abrasion and rock impact as well as better grip and torsional stability.
2.2mm suede upper for abrasion resistance • HELIX rubber rand protects both the upper and the midsole from abrasion and rock impact as well as providing better grip and torsional stability • The flex insert, tongue and collar are made of one piece of stretch fabric coupled with a stretchy Gore-Tex® lining • Progressive lasting board to better match stiffness/flexibility to the length of the boot • Alveolen® footbed • Gore-Tex® Performance Comfort
Intelligent flex system to accomodate natural forefoot flex and shin mobility.
2.5 mm microporous layer for enhanced cushioning and comfort.
Nylon and fibreglass insole, with air chambers to remove unnecessary weight and ensure better insulation capacity.
Tech PU crampon inserts at the heel.
Dual density expanded PU midsole for comfort and stability.
Vibram® Mulaz Evo outsole with a large contact toe for grip performance. Multidirectional lugs in the centre provide 360° traction. Deep, wide channels help with drainage and self-cleaning. Concave heel face enhances braking effect during descent.