Futaba 6EXAP_c4 Precision 6-Channel Aircraft Transmitter  [6EXAP_c4]

Price:
CAD$177.20
Brand:
Futaba
Model:
6EXAP_c4
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Futaba 6EXAP_c4 Pilot Control System

The Futaba 6EXAP_c4 is a 6-channel PCM transmitter built for RC aircraft and helicopters, giving model pilots reliable channel control and smooth response. Dual rate switches let you switch control throw between high and low for ailerons, elevators, and rudders, while the channel 6 flap control dial adds fine adjustment for wing camber and landing configurations.

Flight-Focused Features

  • Dual Rate Switch: Flip between higher and lower control throws to suit precision flying or relaxed handling.
  • Flap Control Dial: Use channel 6 to drive flap servos and tailor lift and approach speed.
  • Programmable Mixing: Set up mixes for different flight modes and tailor control surfaces to your model.
  • LCD Screen: Clear display for programming menus and live function readouts during setup.
  • Trainer Functionality: Link to a buddy transmitter with a trainer cord for coaching and instruction.
  • Retractable Landing Gear Switch: Assign channel 5 to operate retractable gear smoothly.

Specifications

  • Operating System: 2-stick, 6-channel system
  • Modulation: FM(PPM) and PCM
  • Power Supply: 9.6V NT8S600B Ni-Cd battery or 12V alkaline battery
  • Current Drain: 250mA
  • Frequency Band: 40 / 72 MHz

A solid choice for pilots who want responsive control and straightforward programming, the Futaba 6EXAP_c4 balances usability with useful flight features.

Use receivers that match the transmitter's frequency band (40 or 72 MHz) and support FM(PPM) or PCM modulation. Check receiver documentation for compatibility notes.
The supplied 9.6V Ni-Cd pack gives steady voltage and proven runtime, while a 12V alkaline backup can be used if you prefer replaceable cells. Monitor voltage and charge cycles for reliable performance.
Set low-rate positions to reduce control throw for approach and landing, then switch to high rates for takeoff or aerobatics. Test adjustments on the ground before flight to avoid sudden inputs.
Choose a flap servo with enough torque for your model's flap area and a metal gear option for longevity if you fly larger or heavier models. Match the servo travel to the flap dial range on channel 6.

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