Futaba 3VCS_C1 27MHz 3-Channel FM Transmitter for Racing Cars  [3VCS_C1]

Futaba 3VCS 3-Channel FM 27MHz/ R203HF
Price:
CAD$436.63
Brand:
Futaba
Model:
3VCS_C1
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Race-grade control with the Futaba 3VCS_C1

The Futaba 3VCS_C1 is a compact 3-channel FM transmitter made for RC car drivers who want accurate, repeatable control. Operating on 27MHz, it is supplied with the R203HF receiver so you can get on track with a stable link and straightforward setup.

Signal reliability and tuning

The Futaba 3VCS_C1 features an "Auto Detect" mode that senses HRS or PPM signalling to maintain clean transmission. A unique ID code prevents interference from other radios, and the stick angle can be fine-tuned between +5 and -5 degrees to suit your driving style.

Driver modes and adjustments

Three preset menus - "New Driver", "Race Ready", and "Expert" - cover different experience levels. Traction control and brake mixing include independent front and rear delay options for handling balance. Direct Select shortcuts speed programming, while sub-trim, servo reverse, and EPA are available on every channel for precise setup.

Package contents

The kit includes the Futaba 3VCS_C1 transmitter, a flat blade screwdriver, an on/off switch, and the Futaba R203HF 3-channel receiver. Note that servos are not included and must be purchased separately.

Specifications

  • Transmitter Current Drain: 300mA or less
  • Transmitting Antenna: FM
  • Receiver Frequency: 27 / 75 MHz bands
  • Intermediate Frequency: 455kHz
  • Power Requirement: 6.0V only (shared with servos)
  • Receiver Size: 25.6 x 37.7 x 14.3mm
  • Receiver Weight: 17g

For racers who prioritise dependable performance and useful programming options, the Futaba 3VCS_C1 makes a sensible control upgrade for competitive RC car setups.

The system uses a 6.0V supply shared with your servos. Use a stable 6.0V pack and ensure servos can run at that voltage to avoid power issues.
Yes, the receiver works with both digital and analogue servos as long as they are compatible with the 6.0V supply. Check servo current ratings to avoid overloading the pack.
The unique ID code reduces the risk of two radios interfering with each other on the same frequency by rejecting signals that do not match the ID, which is useful in busy race environments.

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