HYPER GO H12Y 1/12 Brushless RC Rock Crawler

This compact 1/12 scale RC rock crawler brings metal durability and true off-road capability to hobbyists who want realistic looks and serious crawling performance. It combines a full metal synthesized body with portal axles and a brushless 3650 motor to tackle steep obstacles and rough terrain, making it suitable for trail runs, backyard bouldering, and light hauling tasks.

Key Points

The chassis uses a metal synthesis shell with a flip-open hood and a visible interior to enhance realism. Functional taillights include turn signals and reversing lights for added authenticity during low-light operation. Portal axles increase ground clearance while metal oil-filled shocks and telescopic driveshafts deliver greater suspension travel and stability on uneven surfaces. The 3650 brushless motor paired with an ESC allows low-speed torque control for precise crawling and bursts up to about 15 km/h according to the manufacturer. The model supports towing loads up to approximately 25 kg and has a reserved transmitter button for an electronic winch if you choose to add one. The 2.4 GHz 4-channel transmitter includes cruise control, a drag brake, and lighting controls, and it supports multiple participants for group runs.

Technical Specifications

• Name: HYPER GO H12Y 1/12 Brushless 4X4
• Scale: 1/12
• Drive: 4WD with portal axles
• Motor: 3650 brushless motor
• Top speed: ~15 km/h
• Towing capacity: up to 25 kg

Usage Recommendations

For improved performance on technical routes, balance tire choice and shock tuning to the obstacle types you expect to face. Use the transmitter cruise control feature when you need steady low-speed torque for long climbs, and take advantage of the drag brake for controlled descents. Consider adding the optional winch accessory if you plan on frequent recovery or hauling tasks, and be aware that the winch is sold separately. The model’s metal body and components add weight, which helps traction but may reduce runtime compared with lighter-scale models.