HOBBYWING FlyFun 6A V4 ESC - 80020570 Lightweight Plane ESC  [HW-80020570]

HOBBYWING FlyFun 6A V4 - 80020570
Price:
CAD$25.01
Brand:
Hobbywing
Model:
HW-80020570
Condition:
Brand New
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HOBBYWING FlyFun 6A V4 ESC Explained

If you fly electric models and need a dependable speed controller, the FlyFun series from HOBBYWING is a solid pick. The FlyFun ESC (80020570) combines a compact footprint with durable construction to suit a variety of small fixed-wing and multirotor rigs.

Solid Performance and Long Life

Built with quality imported parts and an optimized PCB layout, this ESC keeps impedance low and handles current reliably. Rated for 6A continuous and 8A peak, it supports many electric airframes while maintaining stable operation under load.

Tailored Programming Options

Pilots can tune the FlyFun ESC to match aircraft and flying style using the LED program card. The available parameters let you adjust key behaviors for smoother throttle response and better handling across different setups.

Built-in Protection Systems

Safety features include protection from abnormal input voltage, thermal overload prevention, and failsafe handling for lost throttle signal. These safeguards help protect both the ESC and the rest of your powertrain.

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

For pilots needing a compact, programmable ESC, the FlyFun unit 80020570 from HOBBYWING balances performance, protection, and ease of setup for lightweight electric models.

Yes, the FlyFun 6A rating makes it suitable for many park flyers that run small brushless motors on 2S LiPo packs.
Use the compatible LED program card to access adjustable settings like brake, timing, and throttle profiles for tailored response.
The linear BEC provides 5V at 0.8A which is adequate for typical micro receivers and servos in lightweight builds, but check servo current draw first.
It includes safeguards for input voltage anomalies, thermal overload, and loss of throttle signal to reduce the chance of damage in flight.

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