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Oxford

OXFORD *EVO* HOT GRIPS ADVENTURE - V9 THERMISTER SWITCH

Regular price
$284.05
Regular price
$299.00
Sale price
$284.05
Tax included.
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HotGrips™ were already the result of a good thirty years of striving for warm hands in the worst conditions. These 'Evo' models add another dimension with their built-in thermostat and they remember this when you connect them to your contact.

OXFORD HotGrips™ Evo also comes in three versions: Sports Touring and Adventure. Each focuses on specific steering behavior. Hands and fingers are perhaps the most noticeable thing on a motorcycle in harsh conditions. However you need them in good condition in order to reach your destination safely and comfortably.

These OXFORD HotGrips™ Evo Adventure get five pre-programmed temperature settings - so far so normal - and an 'intelligent heat setting memory'. The latter ensures that your new ride starts with the same temperature setting as your last ride ended with. Attention: for this memory to work the grips need to be connected to the engine contact. Not just to the battery. It takes a little extra care and knowledge when installing.

The built-in thermostat assume the temperature you want between 35 and 45 degrees and they adjust. Regardless of the outside temperature regardless of whether you're on a plastic or metal surface regardless of whether the throttle is on or off they'll reach the requested temperature and hold it along the way by regulating their power consumption.

In addition to being nice and warm the Adventure grips feature ergonomic surfaces made up of different textures. Comfort feel grip and control all feature which is never an unnecessary luxury on an adventure-oriented motorcycle. Abrasion resistance and a good vibration-absorbing overall make these grips a more than good option on any adventure. One handle is 132mm long with an open end to allow for the placement of handlebar weights or handguards. That length is easily trimmed to 122mm should you wish. Power consumption is less than 4A per pair.

Clear control and monitoring of the heat is possible at