Killerbody MARS 1/10 Rally On-Road Chassis 4WD KB48838

Killerbody MARS 4WD Chassis for 1/10 Rally and On-Road RC Cars

The Killerbody MARS Chassis (KB48838) is a precision-engineered platform for the 1/10 rally and on-road class. High-strength aluminium and lightweight carbon deliver optimal rigidity at minimal weight. The permanent 4WD driveshaft system transfers motor power directly to all four wheels without noticeable losses. The fully adjustable suspension with oil-filled dampers, camber and toe settings can be tuned precisely to your driving style and track conditions. Thanks to the standard 1/10 wheelbase of approx. 257 mm, virtually all common touring car and drift bodies as well as all 1/10 Killerbody shells fit without modification.

Technical Highlights of the MARS Chassis

• Torsion-resistant chassis with central main shaft - no upper deck required
• Chassis sides angled upward by 4.3 degrees for a lower centre of gravity and 4.5 mm additional ground clearance
• 20 stainless steel ball bearings for minimal friction and maximum energy efficiency
• Grade 10.9 hex screws installed as standard with uniform mounting direction for easier maintenance
• Front bumper made from high-density polyurethane for solid support of polycarbonate (PC) bodies

Configuration and Components

• Lightweight centre driveshaft in 6061 aluminium alloy
• Shock absorber cylinders in 6061 aluminium alloy with steel pistons
• CVA driveshafts in 6061 aluminium alloy
• Fully adjustable linkage in 6061 aluminium alloy
• 1/10 rally complete wheels with 12 mm hex
• Wheelbase: 257-263 mm adjustable | Dimensions: 388 x 181 x 149 mm | Weight: approx. 820 g | Ground clearance: 18 mm

Recommended Electronics (sold separately)

• Motor: 540 Brushed or 3650/3652 Brushless motor
• ESC: 2-3S Brushed or Brushless ESC
• Steering servo: 25T standard or low-profile servo, torque 6-15 kg (recommended)
• Radio: minimum 4-channel (wheel or stick version)
• Battery: standard 2S LiPo / 7.2V NiMH or low-profile 3S LiPo (item 4140017)
• Charger: required separately