As low as $22.24/mo with or . (Pay in 4 interest-free payments)
MITAS Terra Force-EX MH Super Soft Tire (Rear) — 90/100-16 51M Race-ready traction for the toughest conditions. The MITAS Terra Force-EX MH Super Soft rear tire features a double green stripe built for maximum grip in hard enduro , rain , and extreme trail riding. Engineered for control and durability, this competition enduro/dirt tire combines a Mitas gummy enduro compound with a flexible super-light carcass . Updated tread, carcass, and profile design deliver confident handling on medium to hard pack soil . Key Features Super Soft double green stripe compound for exceptional traction. 17 mm well-spaced aggressive knobs for strong grip and control. Reinforced carcass and flexible sidewall to absorb impacts and enhance directional stability. Improved resistance to wear in both wet and dry conditions. Hooked-profile side knobs help acceleration. All new for ’24 —competition tire for enduro & dual sport. Specifications Brand/Product: MITAS Terra Force-EX MH Super Soft Position: Rear Size: 90/100-16 Load/Speed Index: 51M Construction: Tube Type (Bias), Blackwall Pattern/Style: Terra Force-EX MH Super Soft, Medium/Hard Terrain Rim Diameter: 16" Tread: Enduro (Off-Road) Weight: 8.2 lbs Buy MITAS Terra Force-EX MH Super Soft for rear-wheel traction when the trail gets technical.
Double green stripe (super soft) combines Mitas gummy enduro compound & flexible super light carcass for conditions requiring maximum traction (i.e. - hard enduro competition, rain and extreme trail conditions)
The Terra Force-EX MH features refinements in tread, carcass and profile design, with a well spaced, aggressive knob design (17 mm) that contributes to great traction and control on medium to hard pack soil
The reinforced carcass and a flexible sidewall helps it to absorb impacts and ensure maximum traction and directional stability and resistance to wear in wet or dry conditions
Competition tire for use on enduro & dual sport motorcycles
The side knobs with a hooked profile aid acceleration