Futaba R6004FF Compact 4-Channel FASST Indoor Receiver  [R6004FF]

Futaba R6004FF 2.4GHz FASST Air Indoor Micro 4-Ch Rx
Price:
CAD$94.46
Brand:
Futaba
Model:
R6004FF
Condition:
Brand New
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Controlled Indoor Flying with Fine Resolution

Indoor RC pilots who want predictable response will appreciate the small footprint and steady performance of this 4-channel micro receiver. Designed for confined flying spaces, it focuses on reliable signal handling and easy wiring to common servo connectors.

Built for Short-Range Indoor Use

This receiver is intended for indoor aircraft and is optimised for a limited operating radius of about 300 feet (91.4 meters). That deliberate range helps keep the link strong within the flying area and reduces the chance of outside interference during practice sessions or tight-course flying.

Compatibility with FASST Transmitters

The unit works with a broad set of FASST transmitters and modules, making it straightforward to integrate with existing Futaba gear. Its compatibility covers a number of common transmitters and module setups used in indoor models.

Simple Binding and Hookup

Binding is done with a single-link procedure that gets you airborne quickly, and the receiver uses standard connector spacing so connecting servos and an ESC is uncomplicated. That keeps preflight checks fast and repeatable.

Specifications

  • Dimensions: 0.81 x 1.39 x 0.30 inches (20.5 x 35.3 x 7.5 mm)
  • Weight: 0.13 oz (3.8 g)
  • Power Requirement: 4.0V–8.5V
  • Flight Range: Approximately 300 ft (91.4 m)

For pilots focused on indoor flying, this micro receiver provides stable control in close quarters and uncomplicated installation for club nights or practise sessions.

Use low-profile digital micro servos and a lightweight ESC that matches your motor. Keep wiring neat and use a quality BEC or regulated supply within the 4.0V to 8.5V range.
Position the antenna away from metal components and battery leads, routed along the fuselage side or under the canopy to reduce obstruction and preserve signal consistency.
No special configuration is usually needed beyond standard binding. Verify channel mapping and failsafe settings on your transmitter before flight to match your model setup.
Perform a walk-test while a helper holds the transmitter at normal operating height, checking control response up to the intended flying perimeter and watching for any signal dropouts.

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