Hobbywing QuicRun 2030SL G2 30404800 5000kV Sensorless Brushless Motor for 1/18 Scale  [HW-30404800]

Price:
£17.69
Brand:
Hobbywing
Model:
HW-30404800
Condition:
Brand New
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1/18 Scale Sensorless Power

The Hobbywing QuicRun 2030SL G2 5000kV is a compact sensorless brushless motor designed for 1/18 scale electric RC cars. Its form factor and kV rating are aimed at high-rev setups found on small sprint and bash vehicles. The motor is supplied as a single unit suitable for straightforward replacement in comparable 1/18 platforms.

It converts ESC output into drive torque through the pinion and spur gear train, and its effect on top speed and acceleration depends on kV, battery voltage, and selected gearing. When upgrading, confirm pinion alignment, motor mount fit, and shaft length to ensure correct fitment with your chassis.

For tuning, match the motor with an ESC that supports sensorless timing and can handle the expected current. Adjust gearing to tune performance to your track or driving style, and adopt standard break-in and temperature monitoring to protect windings and bearings during extended use.

Specifications

  • Item: QuicRun 2030SL G2 5000kV sensorless brushless motor
  • Material: Not specified by manufacturer
  • Model Number: 30404800
  • Compatibility: 1/18 scale electric RC cars

This motor is appropriate for hobbyists seeking a compact sensorless brushless replacement for 1/18 electric cars; check mount and ESC settings and pick the right pinion to tune the result to your circuit.

Start with conservative sensorless timing and standard motor current limits for 1/18 motors, then fine-tune based on temperature and performance during test runs.
This motor is sensorless and does not provide rotor position feedback, so a sensored ESC will not gain sensor benefits unless you use a sensored motor. Focus on ESC capability and current handling instead.
Measure your chassis motor plate spacing and shaft diameter, compare these to the motor, and ensure pinion engagement and clearance are correct before final fitment.
Use taller gearing and conservative ESC settings for flat tracks to increase top speed; for bashing choose shorter gearing for stronger acceleration and monitor temperatures closely.
Feel the motor casing during scheduled stops and watch for sudden performance loss or higher current draw. If the casing gets very hot, reduce load or improve cooling to prevent damage.

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