Our R/C Technology

AdRCSS adds even more security to the already well-established FASSTest communication system. The 2.4GHz band used by FASSTest is open for various purposes other than RC like Wifi, Bluetooth, so there is a possibility of unexpected radio interference. AdRCSS is a backup system that attempts to avoid as much of the fatal no-control situation with...

FASSTest 26-Channel (24 Proportional + 2 Toggle)/ 18-Channel (16 Proportional + 2 Toggle) System FASSTest transmits 26 channels (or 18 channels) of data at high speed using an algorithm that efficiently handles more channel data. Spread Spectrum Method The Spectrum Spread Method is a method used in technologies like WiFi, and there are mainly two methods for spreading. The first method is called Direct Sequence (DSSS),...

Ultra High Speed CPU and Brushless Motor Enabling Superior Characteristics HPBLS is based on high-speed, precise control realized by a 32-bit CPU, and combined with the high-frequency current drive effect, can be modified to suit the pilot/driver’s preference. We have also made improvements to the brushless motor itself that is the drive source, producing the...

The Response function of T10PX is the first feature in the industry for Futaba’s car controller. Until now, Futaba and other manufacturers have been competing in latency, but this is the function that counters the concern that “lower latency becomes too sensitive to operate”. By using the Response function, it is possible to add smoothness...

The conventional and common way to connect a receiver and servos is to connect the each servo to the designated receiver output channel depending on the role of each servo installed on the aircraft/vehicle (aileron, throttle, etc.). With this method, as the number of servos increases, the number of wires and weight also increases, so...

F-4G 　F-4G is the mode that boasts the fastest response in the Futaba car system. 　The key point in speeding up the response is how to speed up the cycle of transmitting information about steering, throttle, and other radio control operations to the receiver.　In response to this theme, Futaba’s car 2.4GHz system has evolved from...

Ultra Response (UR) mode achieves further improvement in response compared to the conventional SR mode. Operation in UR mode is possible in combination with the F-4G UR system on the controller side. F-4G UR mode reduces time lag by approximately 30% compared to T‑FHSS SR mode.

Helicopter Gyros Helicopter gyro settings can be programmed wirelessly by connecting a dedicated setting box to the controller. (Patented) This eliminates the need for troublesome steps such as landing the aircraft, removing the canopy, and adjusting the trimmer for fine tuning, stopping the engine once after landing for engine aircraft, and connecting setting cables. Additionally,...

By using a transmitter equipped with a wireless setting function, settings can be modified while the servo is installed in the vehicle. Please refer to the table below for the items that can be tuned and their contents, mostly related to tuning. Smoother This function adds smoothness to the servo movement relative to stick operation....