MO 10.0 Competition Electric Winch | 10,000 LBS

Built for racers, buggies, Ultra4 cars, and drivers who demand maximum performance, the MOJAB MO 10.0 R-Series is our fastest and most aggressive winch to date. Featuring a compact half-length drum design, lightweight alloy construction, and the same proven clutch technology used in our flagship MO13.5, this winch was engineered to deliver rapid line speeds without sacrificing strength or reliability.

Powered by a high-output 6.6 HP series wound motor and a heavy-duty 216:1 three-stage planetary gearbox, the MO 10.0 delivers relentless pulling power while keeping weight and bulk to a minimum. Fully sealed to IP68 standards, it’s ready to perform in mud, water, dust, and the harshest race conditions.

Key Features

• 10,000 lb (4,536 kg) rated line pull
• Compact half-drum race design, weight 53lbs
• High-performance 6.6 HP series wound motor
• Proven MO13.5 clutch technology
• Fast line speeds for competition use
• 216:1 three-stage planetary gearbox
• All steel gear
• Lightweight alloy construction
• IP68 waterproof sealing
• Premium 3/8” × 62’ dual black and red synthetic winch line with integrated rope guard for maximum durability and protection
• Factory pre-tensioned synthetic winch line
  
• Two year Electrical components warranty 

What’s Included

Every MOJAB MO 10.0 R-Series Competition Winch comes complete with everything needed for installation and operation:

• MO 10.0 R-Series Competition Winch
• Premium 3/8” × 62’ dual black and red synthetic winch line with integrated rope guard
• Forged recovery shackle
• Two wireless remote controls
• Wired (corded) remote control
• Complete mounting hardware kit
• Two control box mounting options/brackets for flexible installation
• Installation and operating instructions
• Please note: A fairlead is not included in this package And sold separately!

Designed for those who race. Built for those who refuse to get stuck. The MO 10.0 R-Series delivers the speed, strength, and reliability serious off-road competitors demand.