Futaba 3PV Transmitter with R203GF Receiver FHSS FUT01004353-3
This is the Futaba 3PV 3-channel radio system with a 3-channel R203GF high-voltage receiver. As soon as you pick up your 3PV in your hand you'll be able to immediately tell how lightweight it is. Then you'll check out the advanced programming menu displayed on the large, easy-to-read screen. Once you start to use it, you'll realize just how fast the response rate is and understand that you're holding a system in your hand that could make all the difference on race day. You also are able to take advantage of FHSS, S-FHSS, and T-FHSS protocols, making it one of the most versatile surface systems on the market.
The 3PV is available with a choice of two different included receivers: the R304SB telemetry receiver for keeping you up-to-date with vehicle information, or a high-voltage R203GF receiver that's ideal for brushless ESCs and digital servos.
Features:
- FHSS/S-FHSS/T-FHSS protocols
- Large, easy to read programming screen
- Four-wheel steering and brake mixing
- Model data copy
- Anti-lock brake system (ABS) function
- R203GF 3-channel receiver is ideal for brushless ESCs and digital servos
- DT3 selection
- SW1
- Throttle fail safe
- Steering and throttle trim
- Channel 4 trim
- Sub trim
- Steering dual rate adjustment
- Steering and throttle end point adjustment
- Channel 3 and 4 end point adjustment and servo reversing
- Steering and throttle exponential
- Auto power off after ten minutes
Tech Specs:
Transmitter;
Transmitting Frequency: 2.4GHz band
Power Requirement: Four AA cells
Current Drain: 100mA or less
Transmission Antenna: Dipole (built in)
Communication Method: Two-way T-FHSS, one-way S-FHSS, FHSS operating system
R203GF Receiver, FUTL7603;
Dimensions: 1.37 x 0.9 x 0.33 (33 x 23 x 8.5mm)
Weight: 0.21oz (6g)
Operating Voltage: 4.8 - 7.4V (shared with servo)
Battery Fail Safe Voltage: 3.8V*
Current Drain: 30mA at no signal
Antenna Length: 7.5 (190.5mm)
*Battery fail safe voltage is set for 4-cell NiCd/NiMH battery.
Battery F/S does not work properly when other types of batteries are used