MJX Hyper Go H8H 1/8 Scale 2.4G Off-Road RC Vehicle

MJX Hyper Go H8H — 1/8 Scale 2.4G Off-Road RC Vehicle

The updated MJX Hyper Go H8H is a high-performance 1/8 scale off-road RC truck tuned for improved speed, stability and durability. Key mechanical upgrades include a forward-shifted battery bay for a front-biased center of gravity, universal joint drive shafts, reinforced door axles and adjustable two-gear transmission. Ready for aggressive trail and bashing sessions.

Main Upgrades

• Battery bay moved forward — improved front weight bias and stability
• Universal joint (CV) drive shafts — greater durability vs. traditional dogbone shafts
• Reversed gearbox layout — reduced shaft torque effect
• Thicker, stiffer steering servo spring — crisper steering feel
• Easier tire tread replacement and reinforced front/rear axle housings

Performance

Scale	1/8
Top Speed (low / high)	2S: 7.5 km/h (low) / 17 km/h (high) · 3S: 11 km/h (low) / 25–30 km/h (high, upgraded)
Remote Range	≥120 m
Dimensions	680 × 298 × 325 mm
Wheelbase	373 mm
Track	240 mm
Tire Diameter	135 mm
Weight	5.5 kg

Electronics & Drive

• Motor: 3970 sensored brushless, 2000KV
• ESC: 80A FOC sensored brushless ESC
• Servo: 35 kg metal-gear steering servo
• Radio: 2.4 GHz, 8CH transmitter (transmitter batteries: 3 × AA, not included)

Drive & Transmission

• 2-speed gearbox (remote metal-gear servo switching)
• Front/rear differentials with front/rear diff locks (servo controlled)
• Reversed transmission layout to reduce prop shaft effect
• 4-link suspension with rear Watt link and bridge-mounted servos
• Manual screw + front flip magnetic body mounting

Package Includes

• 1 × MJX Hyper Go H8H (Updated) 1/8 RC Car
• 1 × 2.4 GHz 8CH Transmitter
• 1 × 3970 2000KV Motor (installed)
• 1 × 80A FOC ESC (installed)
• 1 × 35 kg Steering Servo (installed)
• Tools and basic spare parts

Notes

Transmitter batteries are not included. Recommended battery setups and safety notes should be followed in the user manual. The updated model emphasizes front-biased weight distribution for improved straight-line stability and faster acceleration.