ZD Racing 9072 BX-8 1/8 4WD Brushless RC Car

Product name: ZD Racing 9072 BX-8 RC Car

Material: PVC + Aluminum Alloy + Electronic Components

Ratio: 1/8

Wheelbase: 326mm

Chassis Height: 70mm

Gear Ratio: 12.2:1

Drive Mode: 4WD

Top Speed: 70kmh

Motor: 3670 brushless motor 2400kv

ESC: 120A brushless ESC

Product Battery: 3S 3000mAh 35C 11.1V

Servo: 20Kg Matel gear Servo

Charging Time: about 2 hours

Use Time: about 15-20 minutes

Remote Control: T4-2.4Ghz FHSS

Control Distance: 150m

Remote Control Battery: 3XAA (Not Included)

Steering Gear: 9KG standard metal gear steering gear

Product Dimensions: 50 x 30 x 18cm

Product Weight: 3500g

Packing list:

• RC Car

• Controller

• Rechargeable battery(built-in)

• Charger

• Product specification

ZD Racing 9072 BX-8 features:

1. The power system mainly uses 3670 waterproof Brushless Motor, which is more durable than the brushed motor, and players do not need to replace it frequently.

2. In addition, 120A waterproof Brushless ESC is equipped with a brushless motor to maximize the transmission of power.

3. 20Kg Matel gear Servo, high torque, more accurate steering accuracy.

4. Using 2.4GHz Remote and the receiver, multiple players can compete at the same time, which is not easy to cross frequency problems.

ZD Racing 9072 BX-8 has a CNC-finished aluminum base plate to make the bottom of the vehicle more wear-resistant and less prone to scratches.

ZD Racing 9072 BX-8 backplane details:

What are the advantages of using a brushless motor for the ZD Racing 9072 BX-8 compared to a brushed motor?

1. High conversion efficiency. Because there is no brush friction, the friction loss is reduced, so the efficiency of its electrical energy conversion to mechanical energy is higher than that of brushed motors. This means that the brushless motor can provide more power output for the same power input.

2. Because the brushless motor has no brush wear problem, its service life is longer than that of the brushed motor.

3. The brushless motor uses an electronic governor for precise control, which can achieve more accurate and smooth speed regulation and response.