HEAD Almonte 10 PT Stopper 90 Bindings

HEAD Almonte 10 PT Stopper 90 Bindings

A reliable binding designed for challenging terrains, offering a smooth transition between ascent and descent.

Lightweight and functional, the HEAD Almonte 10 PT Stopper 90 bindings cater to both hiking and freeride enthusiasts. The TOUR Toe and TOUR Heel system ensures effective locking in all conditions. With three ascent aid positions, they enhance performance on steep slopes. The 90 or 105 mm brake ensures secure holding during stops. Compatible with GripWalk (ISO 23223) and Touring (ISO 9523) standards, they fit most modern hiking boots. All presented in a sleek, durable black and metallic gray design.

Technologies

The AFD PT system allows for consistent lateral release thanks to the independent interface under the sole. The construction features a proven Pin Tech interface, with a performance spacing kit included for more precise power transfer during descents.

Benefits and Use

Suitable for long outings as well as technical freeride sessions, the HEAD Almonte 10 PT Stopper 90 bindings provide effective climbing and excellent stability during descents. Their flexible DIN range accommodates various body types and styles. Their lightweight design minimizes fatigue without compromising performance on challenging terrain.

Main Features

• Pin Tech Binding Type: ensures a precise and lightweight hold for hiking and varied terrain skiing.
• Extended Boot Compatibility: supports GripWalk and Touring soles for added versatility.
• Adjustable Ascent Aids: three positions (0°, 6.5°, 12°) for better management of elevation changes.
• Reduced Weight: 325 g per binding with brake for energy savings on ascents without compromising safety.
• 90 or 105 mm Brake: adjustable based on ski width to prevent snagging during descents.
• Included Performance Spacing Kit: enhances ski/binding contact for more direct performance during turns.

Rider Tips

Choose skis with a waist width close to the selected brake (90 or 105 mm) for optimal grip. Adjust the ascent aids based on terrain inclination to minimize muscle fatigue while climbing.