HOBBYWING FlyFun 6A V4 ESC - 80020570 Flight Ready ESC  [HW-80020570]

HOBBYWING FlyFun 6A V4 - 80020570
Price:
AUD$26.61
Brand:
Hobbywing
Model:
HW-80020570
Condition:
Brand New
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FlyFun ESC Features and Fit

The HOBBYWING FlyFun ESC (80020570) fits pilots looking for a compact speed controller that still offers flexible setup options. Its design aims to balance low weight with dependable electrical performance for small aircraft.

Performance That Handles Load

Using quality imported components and a refined PCB layout, the ESC reduces internal impedance and keeps current steady. It is rated 6A continuous with 8A peak, suitable for a broad set of small electric configurations.

Fine Tuning via Program Card

Programming the FlyFun is straightforward through the LED program card, enabling adjustments to throttle curves, braking, and timing to better match flying style or aircraft type.

Protection to Preserve Hardware

The ESC includes multiple safety measures such as protection from abnormal input voltage, temperature overload safeguards, and handling for lost throttle signals to minimise risk in the air.

Specifications

  • Type: Brushless
  • Current: Continuous 6A, Peak 8A
  • Input: 2S LiPo
  • BEC Output: Linear mode, 5V, 0.8A
  • Size: 32.0 x 12.0 x 4.5mm
  • Weight: 6g

Overall, the FlyFun 80020570 from HOBBYWING is a practical ESC choice where compact size, programmability, and protection are priorities for lightweight electric aircraft.

In typical light-airframe use passive cooling is sufficient, but ensure airflow and avoid enclosing the ESC in tight compartments to reduce heat build-up.
The ESC supports programming via an LED card; check the product package to confirm whether the card is supplied or needs to be purchased separately.
Use a standard radio throttle range that centres at neutral and calibrate the ESC during first setup to ensure full throttle and brake endpoints are recognised.
Yes, the 5V 0.8A BEC will power many micro digital receivers and servos, but confirm total servo current draw to avoid overloading the BEC.

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