Leki Junior Glove WCR C-TECH 3D black/ice lemon
Leki Junior Glove WCR C-TECH 3D black/ice lemon
21% reduced
size table
Leki Junior Glove WCR C-TECH 3D black/ice lemon
| Season: | 2024/25 |
| Type: | Finger glove |
| Category: | Alpine, Race |
| colour: | black yellow |
DETAILS
- Junior Race Fit
- Ceramic Enforced EVA Paddings
- Silicone Enforced Grip Pads
- Flex Cuff
FABRIC
- Main fabric: Softshell (92% Polyester, 8% Elastane), Ceramic Shell (100% Nylon), Neoprene (60% Rubber, 40% Polyester)
- Palm: Premium Goatskin (100% Leather), Silicone Nash (60% Nylon, 40% Polyurethane)
- Membrane: SOFT-TEX® (100% Polyurethane)
- Insulation: Thinsulate (65% Polyolefin, 35% Polyester), Hyperloft (100%Polyester)
- Lining: Micro Bemberg (100% Polyester)
The WCR C-Tech 3D Junior is a highly specialized ski glove designed specifically for junior skiers to provide optimal performance and protection. This glove integrates numerous high-tech materials and features to help young skiers stay comfortable and efficient in all conditions.
The palm of the glove is made from 100% goatskin combined with Silicone Nash, which not only ensures durability and longevity, but also excellent grip on the ski pole. These materials are ideal to withstand the demanding conditions of ski racing and provide young athletes with the safety and control they need.
The flexible EVA pads, reinforced by a ceramic shell, provide additional protection for the hands. This combination not only ensures protection against knocks and impacts, but also high abrasion resistance and robustness. The integrated finger channels also support natural finger movement and keep the hands warm, which is particularly important in cold temperatures.
The Silicon Palm Grip Patches provide even better grip, significantly improving the grip in the palm so that the ski pole always lies firmly and securely in the hand. The SOFT-TEX® membrane offers reliable protection against moisture, while the Thinsulate™ and Hyperloft insulation effectively protects against the cold without compromising mobility.