HOBBYWING 30214201 Flyfun 80A V5 ESC - Precision Control  [HW-30214201]

HOBBYWING FLYFUN 80A V5 - 30214201
Price:
£56.49
Brand:
Hobbywing
Model:
HW-30214201
Condition:
Brand New
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Advanced ESC Designed for Stable Flight

The HOBBYWING 30214201 ESC is aimed at modellers who want consistent throttle response and efficient power use. Its Driving Efficiency Optimization (DEO) improves the control feel while keeping the system efficient under load.

Optimised Efficiency for Increased Flight Time

DEO focuses on reducing wasted energy so your battery delivers power more effectively, often resulting in extended flight durations. The ESC layout also improves heat dispersion to maintain steady operation.

Adjustable Start Profiles and Braking

Choose from several soft-start options to protect gearboxes and reduce propeller torque spikes, and tune braking strength to suit different landing styles. The reverse braking feature helps scale pilots replicate authentic stopping behaviour.

Versatile BEC for Modern Electronics

The integrated BEC provides selectable 5.2V, 6.0V or 7.4V outputs with 8A continuous and 20A peak capability, allowing support for multiple servos, electronic retracts and flight controllers in a single installation.

Protection Features and Durable Construction

Comprehensive protections cover over-current events, thermal shutdown and signal loss, giving added peace of mind during demanding flights. The case design helps channel heat away from sensitive components.

Specifications

  • Type: Brushless ESC
  • Voltage: Normal input range
  • Current: 80A continuous / 100A peak
  • Input: 3-6S LiPo compatible
  • BEC Output: 5.2V / 6.0V / 7.4V selectable, 8A continuous / 20A peak
  • Weight: 92g

HOBBYWING 30214201 is a dependable ESC for pilots who require smooth power delivery, configurable braking and a strong BEC for multi-servo setups.

Use 3S to 6S LiPo packs with this ESC. Match battery C rating and capacity to your motor and expected current draw for safe performance.
In most cases the onboard BEC is sufficient for typical servo loads, but for very high servo counts or heavy digital servos a separate power supply may be advisable.
Start with low braking values and perform short taxi tests, increasing brake strength incrementally until the roll-out behaviour matches your preference.
Check HOBBYWING resources for firmware updates and programming tools. Always follow official instructions when updating to avoid configuration issues.

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