KO Propo 40454 MD-2 Precision Twin Motor ESC for 280 Brushed Motors  [KO-40454]

KO Propo 40454 - MD-2 (Twin Motor Mixing ESC) up to 280 Brushed Motor With Lock Current of 4A or Less
Price:
CAD$47.93
Brand:
KO Propo
Model:
KO-40454
Condition:
Brand New
Write a review

KO Propo 40454 MD-2 for refined twin motor mixing

RC hobbyists looking to improve handling will find the KO Propo 40454 MD-2 ESC a dependable option. Built specifically for twin motor arrangements, this unit balances output between two 280 brushed motors to give smooth, predictable response under load.

Twin motor benefits for RC builds

The MD-2 is aimed at pilots who want extra traction and steering control. It suits dual-motor crawlers, tanks and custom projects where coordinated power delivery matters. The ESCs mixing lets you tune throttle and directional balance for different surfaces and driving preferences.

4A lock current for protection

One notable spec of the KO Propo 40454 MD-2 is the lock current limited to 4A or less. This limit helps prevent motor overloads and keeps battery draw steady, which supports safer running and longer component life when the system is pushed.

Specifications

  • Motor Type: 280 Brushed Motors
  • Lock Current: 4A or Less
  • Compatibility: Twin Motor Mixing

For club racers and hobbyists new to twin motor setups alike, the KO Propo 40454 MD-2 ESC is a practical choice that combines straightforward operation with protection features that matter in regular use.
Remark :
Due to limited stock availability, please notice that some KO Propo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Which motor types are supported by the MD-2?

The MD-2 is intended for use with 280 size brushed motors and is configured to manage two of them in a twin setup.

Any wiring tips for a dual motor install?

Keep motor leads secure and matched in polarity, route wires away from hot components, and use reliable connectors. Check each motor independently before full system tests.

How does the lock current affect performance?

The 4A lock current prevents sustained high draw that can overheat motors or stress batteries, helping maintain consistent output and protecting parts during heavy use.

What routine checks should I do after running?

After runs, inspect motor bearings, solder joints and connectors, check for frayed wires, and feel the ESC for unusual heat. Regular checks reduce the chance of electrical faults.

Copyright © 2008-2025 rcjaz.ca All rights reserved