Futaba 3PM_C1 3-Channel FM Radio System with R153F Receiver and 2 S3003 Servos  [3PM_C1]

Futaba 3PM 3-Channel FM 27or40MHz/ R153F/ 2xS3003
Price:
£52.43
Brand:
Futaba
Model:
3PM_C1
Condition:
Brand New
Write a review

Practical Control with the Futaba 3PM_C1

The Futaba 3PM_C1 Transmitter suits pilots who want precise input and simple programming. Its balanced feature set gives racers and hobbyists the tools to set up different vehicles and keep handling consistent.

Control Precision and Memory Features

The 3PM_C1 provides a 10-model memory so you can save multiple vehicle profiles, and the alphanumeric LCD with a blue LED keeps key info legible during practice and events.

Advanced Braking and Mixing Options

Features such as ABS braking, brake mixing for larger models, steering and throttle expo, plus one-channel mixing, allow detailed adjustments. End Point Adjustment on all channels helps fine-tune travel limits.

Versatile Setup for Different Models

With servo reversing across all channels and digital trims, the transmitter adapts to a wide range of vehicle configurations. The built-in timer with lap memory supports run-to-run comparison and setup development.

Specifications

Specifications

  • Modulation: FM (HRS/PPM)
  • Power Requirement: 8 AA batteries or 9.6V NiCd
  • Receiver Frequency: 75MHz
  • Servos: Two S3003 Standard Servos (56.9 oz-in torque)

The Futaba 3PM_C1 is a dependable transmitter for those who prioritise consistent control and easy-to-access tuning features suitable for competitive use and practice.

Yes, the one-channel mixing lets you combine channels where needed, which is useful for setups like 4-wheel steering or complex throttle/brake interactions.
The S3003 servos supplied are standard type and are rated at around 56.9 oz-in torque, suitable for many steering tasks on standard models.
Its menu structure and clear display make basic setup approachable for newcomers, while advanced options remain available for experienced users.
Yes, digital trims are included and allow fine centring and small corrections without moving mechanical linkages.

Copyright © 2008-2025 rcjaz.co.uk All rights reserved