TM560011EH6

Car - 1/8 Electric - 4WD Buggy - RTR - 2250kv Brushless Motor - 6S - Waterproof - Team Magic B8ER Orange/Black

The TEAM MAGIC B8ER EP buggy is equipped with splash-proof electronics for even more driving fun in all weather conditions! Based on the race-proven B8RS competition buggy, fully equipped with a powerful HARD brushless system and a waterproof, metal-driven 16kg HARD servo, the B8ER is unbeatable. A robust chassis plate made of high-quality aluminum provides the necessary rigidity and reduces twisting while driving. Furthermore, the TEAM MAGIC B8 is equipped with aluminum dampers, high-quality CVD drive shafts and grippy and durable HRC racing tires. The bodyshell of the B8ER is made of robust Lexan (polycarbonate) and provides additional protection and an attractive appearance.

Features:

- high-quality 3mm aluminum base plate / chassis plate
- Robust CVD drive shafts front and rear
- Completely mounted on ball bearings
- Body shell made from durable Lexan Polycarbonate
- Damper and damper bridges made of aluminum
- HRC Racing Bulldog tires
- 3 high-quality differentials with steel bevel gears

Electronic equipment (3-6s 150A ESC):
- 16kg waterproof metal-driven HARD servo
- 2250kv HARD brushless motor with 2250 RPM per Volt
- waterproof HARD 150 A 3-6s ESC (11.1V - 22.2V)
- TEAM MAGIC THOR transmitter with splash-proof THOR receiver 2.4 GHZ. Automatic frequency selection.


Speed:
3S 11.1V: Approx. 40-60 km/h
4S 14.8V: Approx. 60-85km/h
6S 22.2V: Approx. 85-110km/h


Weight: 3300g
Wheelbase: 318 - 326mm
Gear ratio: 10.8 : 1
Ground clearance : Front: 28mm / Rear : 30mm

Required accessories (3-6S 100A ESC):

4 AA batteries for the transmitter
Charger (recommended Star Charger from HRC RACING)
LiPo batteries with XT90 connector (HRC RACING hard case HRC02258X, HRC04457X, HRC04469X, HRC04462X, HRC02348X, HRC04649X recommended)

The controller has connections for 2 batteries. To ensure operation with one battery, a loop adapter is required (recommended HRC9199Y). Normally raced with 2x 3S LiPo = 6s.


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