Best selling RC receivers from Futaba
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1. Futaba FASSTest Sensor RPM Magnet
The FASSTest Sensor RPM Magnet from Futaba is a highly advanced RPM sensor specifically designed for the FASSTest telemetry system. This magnetic sensor allows for precise measurement of RPM across a wide range from 360 to 100,000 RPM. It is compatible with various Futaba transmitters, including the T14SG, T18MZ, and FX-32 models, and can be used in aircraft, helicopters, boats, and car models. The sensor comes with extensive mounting materials, including magnets and a screw set, making installation easy. Additionally, the sensor is also compatible with the CGY-750, further enhancing its versatility. The FASSTest Sensor RPM Magnet is a valuable addition for any RC enthusiast who requires accurate telemetry data.
- Measurement range from 360 to 100,000 RPM
- Compatible with Futaba transmitters like T14SG and T18MZ
- Includes mounting materials and magnets
- Usable in aircraft, helicopters, boats, and car models
- Compatible with CGY-750.
2. Futaba receiver antenna r7108sb
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3. Futaba Receiver R404SBS-E F-4G Car
The Futaba R404SBS-E F-4G Car Receiver is a highly advanced receiver specifically designed for use in RC vehicles. With its compact design and advanced F-4G technology, this receiver offers ultra-fast signal transmission and high transmission reliability. It supports both PWM and S.BUS2 operation, making it versatile for various applications. The receiver is optimized for operation in electric models, allowing for direct control of the model, which significantly enhances the driving experience. The integrated antenna ensures optimal signal reception, while its small size and lightweight of only 5.7 g make it easy to install in different models.
- S.BUS 2 compatible for expanded control options
- Supports up to 10 channels with telemetry
- Optimized signal transmission through F-4G technology
- Ultra-fast response times for precise control
- Suitable for use in electric models.
4. Futaba R7301SB FASSTest 2.4GHz 1ch receiver
The R7301SB FASSTest 2.4GHz 1ch receiver from Futaba is a compact and powerful RC receiver specifically designed for use in aircraft that require a reception function via the S.BUS connection. Weighing only 6 grams and featuring compact dimensions, this receiver is ideal for models where space is limited. It utilizes FASSTest 2.4 GHz technology, providing a reliable connection and a variety of channels. The receiver is equipped with a Dual-Rx-Link system that ensures improved signal stability and also functions as a sub-receiver. The high-performance antenna with diversity method ensures optimal reception quality, while the flexible power supply range of 3.7 to 7.4 V allows for easy integration into various models.
- FASSTest 2.4 GHz technology with 26 channels
- S.BUS2 input/output and conventional system output
- Dual-Rx-Link system for improved signal stability
- Diversity antenna for optimal reception quality
- Adjustable battery F/S voltage via the transmitter.
5. Futaba R203gf S-Fhss
Small and lightweight 2.4 GHz S-FHSS 3-channel receiver. Particularly suitable for RC cars and boats, designed for operation with high voltage using 2s LiPo batteries.
6. Futaba R7206SB 2.4 GHz FASSTest Empfänger S-BUS 2
The Futaba R7206SB 2.4 GHz FASSTest Receiver S-BUS 2 is a highly advanced RC receiver designed for demanding applications in model building. With FASSTest technology, this receiver provides a reliable connection and supports both 18-channel and 12-channel modes. The R7206SB is equipped with an S.BUS2 input and output, allowing for flexible integration into various systems. Additionally, it features a conventional system output for channels 1 to 6, ensuring compatibility with a wide range of transmitters. The use of a diversity antenna enhances signal stability and range, which is essential for precise control. With a compact design and lightweight construction, this receiver is ideal for use in various RC models, from airplanes to vehicles.
- FASSTest 2.4 GHz technology for improved signal transmission
- S.BUS2 input and output for flexible system integration
- Diversity antenna for increased signal stability
- Adjustable battery F/S voltage via the transmitter
- Compatible with conventional system outputs (channels 1–6).
7. Futaba R3006sb T-Fhss
The Futaba R3006SB is a compact and lightweight T-FHSS 2.4 GHz receiver with integrated telemetry functionality. Its ultra-slim design makes it ideal for models with narrow fuselages.
Up to 18 programmable S.BUS servos or peripheral devices such as gyros, flybarless systems, or speed controllers can be connected to the S.BUS output. Thanks to digital addressing, each servo only responds to information that includes the correct servo address. No more cable clutter: one line to the wing, and for larger models, one cable per wing and one cable to the tail. It couldn't be simpler. This cable-saving and thus weight-saving method can also be used with existing analog or digital standard servos. All that is needed is a PWM adapter that converts the signal from S.BUS to PWM.
The R3006SB features antenna diversity and constantly checks the signal quality of both antenna inputs. It switches quickly and seamlessly to the better input signal.
Through the S.BUS2 connection, S.BUS2 sensors can be connected, allowing for the transmission of up to 32 telemetry data sets. The integrated telemetry transmitter in the receiver sends the telemetry data from the S.BUS2 connection to the transmitter, which displays, announces, or outputs the data audibly.
Note: When using 7.4 V LiPo batteries as the receiver battery, the connected servos must also be rated for this voltage. The receiver does not have an internal voltage converter for the servo voltage.
8. Futaba R3106GF T-FHSS Receiver (w/o Telemetry)
With the Futaba R3106GF, Futaba offers an exceptionally lightweight and compact receiver. Its slim design makes it ideal for use in tight fuselages. The receiver operates with the T-FHSS protocol but is not telemetry capable.
Caution: The receiver supports HV (High Voltage) and can be powered directly from a 2s LiPo battery. Always ensure that the connected servos are also rated for HV!
Features:
- 6-channel T-FHSS receiver
- Hi-Voltage (HV).
9. Futaba R7214SB FASSTest 2.4G receiver
The Futaba R7214SB is a highly advanced 10-channel RC receiver designed for use in model aircraft. With FASSTest 2.4 GHz modulation technology, this receiver provides a reliable and stable connection that ensures precise control and communication. The R7214SB supports both 10 PWM channels and S.BUS, allowing for flexible integration into various models. Additionally, the receiver is dual RX-RX capable, which expands its application possibilities and ensures improved signal stability. An external voltage connection allows for easy power supply, while the integrated telemetry function ensures that important data such as battery voltage and temperature can be monitored in real-time. With a compact design and a lightweight of 18 g, the R7214SB is an excellent choice for model builders who value performance and reliability.
- 10 PWM channels plus S.BUS for flexible control options
- Dual RX-RX capable for improved signal stability
- Integrated telemetry for monitoring important data
- External voltage connection for easy power supply
- Compact design with a low weight of 18 g.
10. Futaba FASSTest Extra Voltage Connector CA-RVN-700
The FASSTest Extra Voltage Connector CA-RVN-700 from Futaba is a highly advanced voltage sensor specifically designed for use in RC receivers. With a compact and lightweight design, this sensor is ideal for model builders who require precise voltage measurement in their remote-controlled applications. The sensor enables reliable voltage monitoring, which is crucial for the safety and performance of RC models. The use of the Futaba connector system ensures easy integration into existing systems. The FASSTest Extra Voltage Connector is not only functional but also robust, making it an excellent choice for demanding applications.
- Compatible with Futaba connector systems for easy integration
- Lightweight design at just 10 grams for optimal handling
- Reliable voltage measurement to ensure the safety of RC models.
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