Futaba 6PV-SBSE Race-Grade 2.4Ghz Transmitter Kit [FP-6PV-SBSE]

Futaba 6PV-SBSE - 6PV 2.4Ghz Transmitter with R404SBS-E Receiver

Price:

CAD$404.35

Brand:

Futaba

Model:

FP-6PV-SBSE

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R/C Models - System - Transmitter - Car Transmitters

Precision Control with Futaba 6PV-SBSE

The Futaba 6PV-SBSE pairs a race-focused 2.4Ghz transmitter with the R404SBS-E receiver to give RC car drivers tight, predictable control. Built with an intuitive layout and robust components, the 6PV-SBSE suits drivers who want dependable response and useful telemetry in competitive and club racing environments.

Performance Highlights

Advanced Telemetry: The R404SBS-E receiver supplies live telemetry including speed, battery voltage and temperature that appear on the transmitter for quick checks between runs.
Ergonomic Build: The transmitter is sculpted for long sessions with a comfortable grip and accessible controls to reduce hand fatigue.
Adjustable Setup: Fine tune throttle curves and steering endpoints with programmable parameters to match different tracks and tyres.
Stable Link: Using Futaba T-FHSS protocol, the 6PV-SBSE maintains a reliable, interference-resistant connection during racing conditions.

Specifications

Frequency: Operates at 2.4Ghz
Channel Count: 6 channels
Receiver: R404SBS-E
Telemetry: Supported

Well suited to competitive RC car drivers who need precise inputs and telemetry feedback, the Futaba 6PV-SBSE is a strong choice to upgrade your control rig.

Will the 6PV-SBSE work with my 2.4Ghz ready car?

In most cases yes. If your car accepts standard 2.4Ghz receivers and sensors, the R404SBS-E will bind and transmit telemetry data as long as the installation follows the vehicle maker guidelines.

How do I adjust steering and throttle feel?

Use the transmitter menus to change endpoints, expo and throttle curves. Make small changes and test on the track to dial in handling without overcorrecting.

What battery type does the transmitter use?

Refer to the transmitter manual for the recommended battery pack or AA configuration. Using the specified cell type ensures consistent operation and avoids voltage-related issues.

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