HUDY 201032 FRS 540 SM 7020 D 4.8V Race-Ready Motor  [HSP-201032]

HUDY 201032 - HUDY Motor Frs 540 Sm 7020 D - 4.8 V
Price:
CAD$36.40
Brand:
HUDY
Model:
HSP-201032
Condition:
Brand New
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Performance and Reliability from HUDY 201032

The HUDY 201032 - FRS 540 SM 7020 D is aimed at RC racers who want steady power and dependable durability at 4.8V. Its construction supports repeated race use while maintaining consistent torque and speed control for performance-focused running.

Precision Engineering for Racing Control

This motor is engineered to deliver focused response and predictable behaviour under load. The FRS 540 SM 7020 D specification gives drivers refined throttle feel and reliable RPM characteristics suited to both club racing and sprint events.

Serviceable Upgrade for Many Setups

Ideal as an upgrade or replacement, the HUDY 201032 fits common racing layouts and is straightforward to install. It works well across a range of gear ratios and chassis types, helping extend runtime without sacrificing responsiveness.

Specifications

  • Voltage: 4.8V
  • Motor Type: FRS 540 SM 7020 D
  • Application: Racing and high-performance use

For racers who prioritise consistent output and durable construction, the HUDY 201032 motor is a practical choice that balances performance with low-maintenance operation.

Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
Use conservative timing and a soft throttle curve at first, then adjust timing and punch based on temperature and response. Match the ESC to the motor current rating for best results.
Perform a progressive break-in with short runs at moderate load, allowing cooling periods between sessions. Check for smooth bearings and consistent RPM as you run in the motor.
Yes, the HUDY 201032 suits both formats. For endurance, focus on cooling and conservative gearing; for sprints, you can run slightly higher RPM at the cost of increased wear.

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