Tamiya 72006 4-Channel Remote Controller Hobbyist Edition  [72006]

Tamiya 72006 - 4-Channel Remote Controller
Price:
AUD$35.98
Brand:
Tamiya
Model:
72006
Condition:
Brand New
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Versatile 4-Channel Control with the Tamiya 72006

The Tamiya 72006 4-Channel Remote Controller is a flexible unit for hobbyists who run diverse robotic and mechanical projects. Its layout promotes accurate stick input for driving, steering and accessory control, while the construction is made to withstand regular use in workshops and club environments.

Two-Grip Layout for Confident Handling

The controller adopts a two-grip format that supports steady handling and quick thumb access to four sticks. This arrangement suits pilots managing multi-function rigs and helps deliver smooth, repeatable inputs during testing or play.

Choose 2V or 3V for Different Builds

Power options let you select 2V or 3V operation depending on motor and accessory needs. Use either two R14/C/UM2 batteries or a single R20/D/UM1 battery, with the supplied terminal parts making changes straightforward.

Simple Wire Routing and Assembly

Eight conductors are run inside a clear flexible tube to keep wiring tidy and reduce snagging. Semi-stripped wire ends make it quicker to join connections, helping you get rigs wired and running with minimal fuss.

Specifications

  • Material: Durable plastic
  • Power Source: 2V/3V selectable
  • Battery Compatibility: Two R14/C/UM2 or one R20/D/UM1
  • Control Range: Up to four 130 or 260 Type motors
  • Includes: 2-meter control cable
The controller is suitable for up to four 130 or 260 Type motors. For heavier loads consider gearing or motor upgrades while staying within the supported motor types.
Yes, the controller itself is fine for outdoor use but ensure your robot's motors and chassis are rated for rough terrain. Keep the cable protected from abrasion when operating on uneven ground.
Periodic checks for exposed wires and secure terminals are recommended. The clear tube helps protect the cords, but inspect connections after heavy use to avoid intermittent faults.

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