Futaba MC510C Forward-Only Programmable ESC - Precision Series  [MC510C]

Futaba MC510C Forward only Programmable ESC
Price:
£147.71
Brand:
Futaba
Model:
MC510C
Condition:
Brand New
Write a review

Futaba MC510C: Focused Control for RC Performance

An electronic speed controller is central to vehicle behaviour and the Futaba MC510C gives tunable forward-only control aimed at drivers wanting exact throttle and braking feel. Its setup is tailored for consistent track performance.

Customisable Response for Better Lap Times

The Futaba MC510C includes programmable settings that let you refine throttle curves and braking intensity to suit tyres, track grip and driving approach, enabling more consistent lap times.

Reliable Build with Heat Management

Designed to withstand high load situations, the Futaba MC510C handles current well and disperses heat efficiently to reduce thermal risk during competitive use.

Works Well with High-Performance Motors

Paired with powerful motors, the MC510C delivers smooth acceleration and predictable control, helping drivers keep the car stable when pushing speed.

Specifications

  • Type: Forward Only Programmable ESC
  • Compatibility: Ideal for high-performance RC cars
  • Programmable Features: Throttle response, braking curves
  • Durability: Built for high current and heat dissipation

The Futaba MC510C is a solid choice for hobbyists and racers who want a programmable, heat-aware ESC to fine-tune vehicle behaviour.

The MC510C suits forward-only on-road classes, provided you match the motor and battery to the ESC's capabilities and ensure correct installation.
Position the ESC for free airflow, use body vents where possible and keep wiring tidy to reduce resistance and heat build-up. Regular checks help spot hotspots early.
The programmable options are aimed at experienced users, but a gradual learning approach and reference settings can help intermediate drivers benefit from its tuning range.
Keep connectors free of corrosion, check solder joints, and clear dust from cooling areas to maintain performance and reliability.

Copyright © 2008-2025 rcjaz.co.uk All rights reserved