Alpinestars Touring Road HT-7 Heat Tech Drystar Gloves - 3523922-10-M - Black - Medium

Apparel Material: Leather<br>Gender: Mens/Unisex<br>Color: Black<br>Size: Medium<br>Market Color: Black<br>Primary Color: Black<br><br>The HT-7 Heat Tech Drystar Heated Glove features Alpinestars Heat Tech System which distributes perfectly balanced warmth in the coldest of conditions. The compatible with Smart system automatically activates when the hand slides in the glove and has three heat settings for optimum cold weather performance and each hand can be regulated individually. These gloves are made with Bluetooth technology enabled and the dedicated App allows the temperature setting to be adjusted and displays how much charge the lithium battery has (the remaining heating time available)..<br> 1. 7.4v lithium battery for reliable, long-lasting power to the Alpinestars Heat Tech System - with an electronic controller for long life and security..<br> 2. Micro USB - Y cable included to connect both batteries simultaneously..<br> 3. Alpinestars Heat Tech System features a superior stainless enameled copper-nickel heating yarn for proven durability, bend resistance and heat stability..<br> Easy-to-use external control button allows riders to select one of three heat settings..<br> HT-7 also features auto activation and auto stop when the rider's hand slides in and out the glove..<br> Goat leather palm and backhand panels (not full backhand) for enhanced abrasion resistance and durability..<br> Incorporates Alpinestars 100 per cent waterproof and breathable Drystar performance technology for effective all-weather protection and a reduced material design offering superior sensitivity on the bike's controls..<br> Heated glove feature has two lines per digit and warms the backhand and entire length of the fingers..<br> 80g PrimaLoft insulation on backhand for additional warmth and effective heat retention..<br> Micro Ripstop softshell with stretch inserts for optimum comfort and fit..<br> Rolled fingertips for better heat retention and reduction of cold air penetrati