2-6S LiPo 50A Brushless ESC - Futaba FUMC951HA  [FUMC951HA]

FUTABA MC951HA 50AMP 2-6S LI-PO BRUSHLESS MOTOR CONTROLLER ESC WITH 5.5V/3A BEC
Price:
NZD$46.70
Brand:
Futaba
Model:
FUMC951HA
Condition:
Brand New
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Compact Summary for Model Builders

The Futaba FUMC951HA is a compact electronic speed controller engineered to manage brushless motor power at a continuous 50A rating. It supports 2-6S LiPo battery arrangements and delivers a regulated 5.5V/3A BEC output suitable for receivers and servos, making it appropriate for both electric aircraft and precise scale RC work.

Its role is to regulate motor power and provide steady onboard power for radio gear. During installation, make secure solder joints or use high-quality connectors, verify battery and motor polarity, and route motor and power wiring away from the receiver antenna to help avoid interference issues.

When fitting the ESC, pay attention to mounting for airflow and heat dispersion, and ensure shared ground connections when needed. Adjust throttle curves, braking, and timing through a compatible programmer or card, and validate settings with controlled ground tests before full operation.

Technical Details

  • Item FUTABA MC951HA ESC
  • Model Number FUMC951HA
  • Max Current 50A
  • Battery 2-6S Li-Po
  • BEC Output 5.5V/3A
  • Motor Type Brushless
  • Material Not specified
  • Intended Use Aircraft ESC and scale RC models

This ESC suits models needing a reliable 50A controller with an integrated 5.5V/3A BEC and multi-cell LiPo support; always check motor and battery matching and perform pre-flight or pre-run checks.

The FUMC951HA is rated for 50A continuous; ensure your motor, propeller, and flight profile do not draw sustained current above this rating to prevent overheating.
The 3A BEC will support a receiver and a few servos. For high-current digital servos or many servos, consider a separate power supply or external BEC to avoid voltage sag.
Fit the ESC where it receives airflow, avoid crushing wires, and secure it to prevent vibration. Keep motor wires apart from the receiver antenna to reduce noise pickup.
Use a compatible programming card or your transmitter programmer to tweak throttle ramps, brake levels, and timing. Make incremental changes and verify behaviour in safe, controlled tests.

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