Futaba MC331CR ESC High-Performance Car Electronic Speed Controller  [MC331CR]

Futaba MC331CR ESC with Reverse (Electronic Speed Controller)
Price:
£43.68
Brand:
Futaba
Model:
MC331CR
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Futaba MC331CR ESC Accurate Throttle and Brake Control

The Futaba MC331CR Electronic Speed Controller is built to give accurate throttle modulation and consistent braking for RC car users. The incorporated reverse function allows smooth directional changes for both track and casual driving scenarios.

Main Capabilities and Specifications

  • Linear Operation: Provides predictable and fine-grain forward, reverse and braking control.
  • Power Requirements: Compatible with 6-7 cell NiCd battery packs (7.2-8.4V) for reliable power delivery.
  • Motor Compatibility: Suitable for motors of 15 turns or more to match the controller characteristics.
  • PWM Frequency: Operates at a fixed 1.5kHz PWM frequency for steady performance.
  • Easy Setup: Single pushbutton programming with EEPROM memory to store settings.
  • Current Capacity: FETs rated 200A forward and 100A reverse, and includes a 35A fuse for overcurrent protection.
  • Compact Design: Measures 27.1 x 33.3 x 12.8mm and weighs 48g, suitable for many chassis layouts.
  • Silicon Cord: Uses AWG 14 equivalent silicon cabling for efficient current transfer.
  • BEC Voltage: Delivers a stable 6.0V output for receiver and servos.

The Futaba MC331CR ESC is a practical choice for modelers seeking precise control and dependable power distribution in a compact unit.

 

Product Reviews
1 Reviews
rating
Have bought off RCJAZ, for some 6 years,mostly Tamiya parts, they have a great range, good prices, and privide excellent service from Hong Kong
Follow the specification for 6-7 cell NiCd packs, which equates to approximately 7.2-8.4V. Staying within that range helps avoid undue stress on the ESC.
The ESC supports motors of 15 turns or more and features high-current FETs rated to 200A forward and 100A reverse. Ensure your motor and battery selection match the ESC ratings to maintain reliability.
Settings are entered via the pushbutton switch and are saved to EEPROM so they remain after power cycles.
Yes, the built-in BEC supplies a steady 6.0V output to feed your receiver and servos, removing the need for a separate regulator in many setups.

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