The newly developed GM Racing Radicator 3.0 Buggy 4WD is the perfect vehicle for beginners in the RC car area. Thanks to the powerful motor, the model can reach high speeds. The low-loss, low service all-wheel drive ensures optimal propulsion. With its big wheels and high ground clearance, it can take on any terrain. The Radicator 3.0 Buggy is equipped standard with a high-quality GM Racing 2.4-GHz remote control and is 99% preassembled. All you need are a drive battery and dry or rechargeable cells for the remote control system, as well as a matching charger.
- Preassembled, ready-to-run vehicle with all-wheel drive
- 2 bevel-gear differentials
- 2.4-GHz remote control system with steering servo and receiver, completely installed and connected, steering linkage already adjusted
- Powerful 540 motor and electronic speed controller
- 4 adjustable shock absorbers
- Steel drive shafts on the axles
- Comes complete with high-quality ball bearings
- Painted buggy body
Additional features
- Service-friendly, sturdy construction
- One-piece GRP tub chassis
- Permanently adjusted camber and toe-in
- Stable frame for the motor
- Completely encapsulated drive mechanism and central drive via articulated joint
An affordable start in the area of RC cars is the newly developed GM Racing Radicator 3.0 4WD Buggy. Despite the very affordable starting price, it offers everything that makes up a high-quality vehicle. Shock absorbers, ball bearings, 2 differentials, and a powerful motor for great driving fun. The high ground clearance means that the Radicator 4WD buggy can easily operate in any terrain. The high-quality 2.4-GHz remote control ensures that you always have perfect control.
Specification
- Scale 1:10
- Overall length, approx. 405 mm
- Width 245 mm
- Height, approx. 155 mm
- Wheelbase approx. 275 mm
- Wheel diameter 84 mm
- Ground clearance 20 mm
- Reduction gear unit 1:8,8
- Electric motor 540
- All-up weight, approx. 1420 g
RC functions
- Right/left
- Forward/brake/reverse
Data dodania produktu do sklepu: środa, 05 grudzień 2012.
Strona główna
