Futaba T16IZS 2.4GHz 18-Channel RC Transmitter with R7208SB

Futaba T16IZS – Professional 18-Channel RC Transmitter for Model Aircraft

The Futaba T16IZS is a powerful 18-channel radio control transmitter for model aircraft, combining modern 2.4 GHz technology with reliable telemetry. The set is supplied with the R7208SB receiver and is flexible thanks to FASSTest, S-FHSS and T-FHSS Air modulation.

• 18 independent channels enable precise control of complex models such as scale aircraft or multirotors – for demanding pilots.
• Integrated telemetry transmits real-time data such as voltage, RPM or temperature directly to the transmitter, keeping you in control at all times.
• With the included R7208SB receiver, you're ready to go immediately – no additional purchase required.
• Advanced FASSTest modulation ensures a secure and interference-free connection, even in environments with many other 2.4 GHz sources.
• A 24-month manufacturer's warranty gives you long-term security and reliability for your equipment.

What makes the Futaba T16IZS stand out

Unlike entry-level models, the T16IZS offers full 18 channels and advanced telemetry functions, enabling demanding flight maneuvers and the use of flaps, landing gear and other additional features. Compatibility with multiple modulations (FASSTest, S-FHSS, T-FHSS Air) makes it a future-proof investment for various receivers.

Ideal for

The Futaba T16IZS is aimed at advanced modellers and semi-professionals looking for a reliable, channel-rich control system for scale models, gliders or aerobatic aircraft. It is also well suited for large models with many servos, as the 18 channels provide ample control options.

How to use the Futaba T16IZS

After unpacking, connect the supplied R7208SB receiver to your model according to the instructions. First turn on the transmitter, then the receiver on the model. Perform a range test and configure the servo travel limits via the menu. The transmitter has a graphic display that clearly shows the telemetry status and channel assignment.