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

Price:
CAD$33.36
Brand:
Hobbywing
Model:
HW-30404800
Condition:
Brand New
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High-RPM 1/18 Sensorless Motor

The Hobbywing QuicRun 2030SL G2 5000kV is a compact sensorless brushless motor made for 1/18 scale electric RC cars. Its size and kV value favour high RPM setups common to small sprint and bash machines. The unit ships complete and is intended as a direct swap for similar 1/18 class motors.

In the driveline it converts ESC output into torque via the existing pinion and spur gear train, affecting top speed and acceleration depending on kV, battery voltage, and chosen gearing. Prior to fitting, check pinion alignment, motor mount spacing, and shaft length against your chassis motor plate.

For tuning, use an ESC that supports sensorless brushless timing and has adequate current capacity for 1/18 electric rigs. Change gearing to balance acceleration and top speed, and follow standard break-in plus temperature checks to protect windings and bearings during long sessions.

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 fits hobbyists looking for a drop-in sensorless brushless replacement for 1/18 electric cars where a 5000kV characteristic is wanted; ensure correct mounting, ESC configuration, and pinion selection to tune performance for your driving style.

Yes, it is a direct sensorless brushless replacement for many 1/18 setups. Confirm the motor shaft diameter and mount hole spacing match your chassis before final installation.
Higher-voltage LiPo packs raise RPMs proportionally. Match battery voltage and gearing so the motor and ESC stay within safe temperature and current limits.
No special tools are required beyond basic hand tools for motor mounting and a correctly sized pinion. Measure shaft and mount alignment before tightening hardware.
Stop periodically and check motor temperature by touch, and watch for any drop in performance or high current draw. Adjust gearing or add cooling if temperatures climb.
Motor selection can help, but consistent lap time gains usually come from tuning gearing, ESC settings, and the vehicle setup rather than a motor swap alone.

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