Description

Key Features

• T-FHSS Bidirectional Communication System with Telemetry — The T3PV adopts Futaba’s newly developed T-FHSS telemetry system, which provides real-time feedback from your model back to the transmitter, allowing you to monitor vital information about your vehicle’s performance during operation and helping you optimise your setup and driving technique.
• Dual Radio Protocol Support (T-FHSS and S-FHSS) — This transmitter supports both T-FHSS and S-FHSS transmission modes, making it compatible with a wide range of Futaba receivers and giving you flexibility when upgrading or expanding your RC car collection with multiple vehicles and receiver options.
• 2.4 GHz Spread Spectrum Radio Communication — The automatic channel shifting within the 2.4GHz band helps minimise interference from other 2.4GHz systems, ensuring reliable and lag-free control of your RC vehicle even in crowded environments with multiple RC users operating simultaneously.
• 10 Model Memory Slots — You can store settings for up to 10 different models, each with customised names (up to 4 characters), and copy model data between slots, making it simple to manage multiple RC cars, buggies, and boats with one transmitter without having to reprogram settings each time you switch vehicles.
• Steering Trim Adjust — The steering trim knob allows you to make quick adjustments to the steering neutral position left or right, enabling you to compensate for track conditions or chassis adjustments without needing to enter the menu system.
• Throttle Trim Adjust — The throttle trim control lets you move up or down to adjust throttle neutral adjustments, ensuring your vehicle’s acceleration and braking are perfectly balanced and responsive to your inputs.
• Channel-4 Trim with Dual Function — At 4WS mixing mode, you can adjust rear steering servo neutral; at BRK mixing mode, you can adjust front brake neutral using the +/- keys, giving you quick access to critical adjustments depending on your vehicle type.
• Sub Trim Function — Use this function to fine-tune the neutral position of the steering, throttle, and channel 3/4 servos with precision adjustments, allowing you to compensate for servo imperfections or mechanical differences in your RC car setup.
• Steering Dual Rates (D/R) — Adjust the overall steering travel to suit the surface and your vehicle’s setup, allowing you to switch between aggressive steering for racing and gentler steering for casual driving or different track conditions.
• Steering End Point Adjustment (EPA-CH1) — This function limits servo movement left or right and helps compensate for any differences in right or left turning angles or radius due to your model’s characteristics, ensuring consistent handling.
• Throttle End Point Adjustment (EPA-CH2) — Independently adjust forward and brake side servo travel to set your throttle servo travel precisely, with each direction adjustable separately to match your vehicle’s performance characteristics.
• Channel-3 and Channel-4 End Point Adjustment (EPA-CH3 and EPA-CH4) — Limit the servo movement for channels 3 and 4 independently, providing precise control over auxiliary functions and mixing outputs tailored to your specific vehicle requirements.
• 4WS/BRK Mixing (SMX) — 4WS mixing is used with crawlers and other 4WS-equipped cars, with the first channel controlling front steering and the fourth channel controlling rear steering; BRK mixing is used when front and rear brakes must be adjusted independently, such as in 1/5 GP cars.
• Servo Reversing Function — Independently reverse the rotation direction of steering, throttle, channel-3, and channel-4 servos, allowing you to optimise servo directions without needing to physically modify receiver channels or servo connections.
• Steering Exponential (EXP) — Change the sensitivity of the steering servo around the neutral position, allowing you to have gentle steering response near centre and more aggressive response at full lock for precise control.
• Throttle Exponential (EXP) — Adjust the sensitivity of the throttle servo in both the forward acceleration and brake side directions, tailoring throttle response to match your driving style and vehicle characteristics.
• Anti-Lock Braking System (ABS) Functionality — This function simulates a full-size car’s anti-lock braking by pulsing the brake on and off rapidly, helping your model stop as rapidly as possible without skidding under heavy braking conditions.
• LCD Display Screen — The clear LCD screen provides an intuitive interface for navigating menus, viewing model information, and adjusting settings, with an easy-to-understand layout that puts key controls at hand.
• Compact Steer-Wheel Format — The intuitive steer-wheel design is natural and comfortable to use, making this an ideal radio system for RC car enthusiasts, with all controls positioned for easy access during operation.

• 1x T3PV Transmitter
• 1x R203GF 3-Channel Receiver
• 1x Mini Screwdriver
• Instruction Manual

• 4x AA Batteries (for transmitter operation)

• Is the Futaba T3PV suitable for beginners to RC cars? — Yes, the T3PV is perfect for those stepping up in the hobby and beginning to accumulate more vehicles. The intuitive steer-wheel format, clear LCD display, and straightforward menu navigation make it accessible to newcomers, whilst the advanced features like telemetry, mixing functions, and model memory provide room to grow as your skills and vehicle collection expand. The solid build quality and reliable Futaba performance mean you’re not compromising on quality for ease of use.
• What type of RC vehicles can I control with the T3PV? — The T3PV is designed as a surface radio system, making it ideal for RC cars, buggies, crawlers, and boats. The 3 channels plus 4th channel mixing capability allows you to control steering and throttle/brake on standard vehicles, whilst the 4WS mixing function lets you control crawler-style and 4WS-equipped vehicles, and the brake mixing function supports independent front and rear brake adjustment on competition vehicles like 1/5 GP cars.
• What is T-FHSS telemetry and why does it matter? — T-FHSS is Futaba’s bidirectional communication system that allows your receiver to send real-time data back to the transmitter during operation. This telemetry feedback helps you monitor your vehicle’s performance whilst driving, allowing you to make informed adjustments to your setup and driving technique, which is particularly valuable in competitive RC car racing where optimising performance can make the difference between winning and losing.
• Does the T3PV work with other Futaba receivers? — The T3PV supports both T-FHSS and S-FHSS transmission modes, making it compatible with a wide range of Futaba receivers beyond the included R203GF. This flexibility means you can upgrade or expand your receiver options as your RC car collection grows, and you can use the same transmitter across multiple vehicles with different receiver types.
• What batteries does the T3PV require? — The T3PV transmitter requires 4x AA batteries (not included in the box). With a 6V power requirement and 100mA current drain, standard alkaline AA batteries will provide reliable operation, though some users prefer rechargeable NiMH AA batteries for long-term cost savings.
• Can I use the T3PV for 1/5 scale RC cars? — Yes, the T3PV includes brake mixing functionality specifically designed for 1/5 scale GP cars and similar vehicles that require independent front and rear brake adjustment. The BRK mixing mode uses the second channel to control rear brakes and the fourth channel to control front brakes, giving you the precise brake control needed for competitive 1/5 scale racing.
• What is the operating range of the T3PV? — The T3PV offers an 80-metre operating range, which is more than sufficient for most RC car use cases, whether you’re racing at a local club track, bashing in open fields, or sailing RC boats on water, providing plenty of control distance whilst maintaining the signal reliability that 2.4GHz spread spectrum communication is known for.
• How many different vehicles can I program into the T3PV? — The T3PV features 10 model memory slots, allowing you to store customised settings for up to 10 different RC vehicles. Each model can be named with up to 4 characters for easy identification, and you can copy model data between slots, making it simple to manage a diverse RC car collection with one transmitter.
• What makes the T3PV different from cheaper surface radios? — The T3PV combines Futaba’s 60+ years of radio control expertise with features like T-FHSS telemetry, comprehensive adjustability (dual rates, exponential, mixing functions), 10 model memory, and solid build quality that resists the plasticky feel of budget alternatives. It’s designed for those who want reliable performance and advanced features without the complexity of high-end systems, making it the sweet spot for serious hobbyists and competition drivers.