Telemetry

Building on the Turnigy iA6B, HobbyKing are now providing the 10 channel Turnigy TGY-iA10B. This receiver is capable of iBUS, SBUS, PPM and PWM for enhanced control. These are an excellent addition to your Turnigy TGY-i6s and TGY-i10 transmitters.

This full 10 channel receiver works for most models and is considered a "full range" so it can handle larger models as well as the smaller ones. Dual antennas give the TGY-iA10B for unparalleled reception. 

Built in connections allow you to use our optional telemetry sensors.

Easy binding, light weight, optional telemetry, dual antennas, what else could you ask for.

Features:
• Reliable, interference free 2.4GHz AFHDS 2A signal operation
• Ultra light weight design
• Dual antennas for most reliable interference-free operation
• Connection ports for use with optional telemetry sensors

Specs:
Channel: 10
Frequency: 2.4GHz ISM Frequency Range
Output data: PPM, i.BUS, S.BUS, PWM
RF Power: < 20dBM
Power: 4.0V~6.5V
Working Current: 82mA
Dimensions: 51x35x16mm
Net Weight: 20g
Range: > 500 meters

This enhanced V2 version of the Turnigy-iA6B receiver is a perfect match for the Turnigy TGY-i6s transmitter. Now capable of iBUS, SBUS, PPM and PWM for enhanced control.

This compact 6 channel receiver is great for any model using up to 6 channels and, with a range exceeding 500 meters, it can be considered to be full range for all but the most demanding of applications.

The receiver has end-on connectors to enable a neat installation in tight spaces. Built in connectors allow you to use any of the optional Turnigy telemetry sensors.

Dual antennas give the iA6B excellent reception and interference rejection capability.

With easy binding, compact dimensions, optional telemetry and dual antennas, it's difficult to imagine what else we could have added!

Features:
• Reliable, interference free 2.4GHz AFHDS 2A signal operation
• iBUS, SBUS, PPM and PWM
• Compact, lightweight design
• Dual antennas for reliable, interference-free operation
• Connection ports for use with optional telemetry sensors

Specs:
Channels: 6
Frequency: 2.4GHz ISM Frequency Range
Receive sensitivity: -105DBm
Frequency range: 2.4055-2.475 GHz
Band width: 500kHz
Band quantity: 140
Antenna: C130-RF-014
Transmitting power: <20dBm
Code type: GFSK
System: AFHDS2A
Sensitivity: 1024
Power: 4.0~6.5V DC
Distance: >500m
Function: Two-way communication, Multifunction extension
Output data: PPM, i.BUS, S.BUS, PWM
Data acquisition: yes (FUTABA)
PPM output: yes (CH1)
Channel data: Center position: 1500±10us, range: 1000~2000±10us
Wireless update: Yes
Color: Black
Certification: CE, FCC, RCM

The Turnigy TGY-iA6C is a new style in receivers. It builds on the reliability of the TGY-iA6B receiver but it is built specifically for using with PPM, i.BUS and S.BUS configurations. This is an excellent addition to your Turnigy TGY-i6s and TGY-i10 transmitters.

Dual antennas give the iA6C for unparalleled reception. Built-in connections allow you to use our optional telemetry sensors. 

An excellent receiver for multi-rotor drones as it cuts down on cabling and with built-in battery monitoring.

Features:
• Reliable, interference free 2.4GHz AFHDS 2A signal operation
• PPM, i.BUS, S.BUS
• Ultra-light weight design
• Dual antennas for most reliable interference free operation
• Connection ports for use with optional telemetry sensors
• Battery monitoring

Specs:
Channel: 8
Frequency: 2.4GHz ISM Frequency Range
Band width: 500KHz
Band quantity: 135
RF Power: <20dBM
System: AFHDS2A
Code type: GFSK
Output data: PPM, i.BUS, S.BUS
Antenna length: 26mm
Power: 4.0V~6.5V
Wireless Update: Yes
Channel data: Center position: 1500±30us; range: 1000~2000±30us
Channel delay: <15ms
Net Weight: 7.9g
Dimensions: 41x25x10mm
Range: >300 meters
Certification: CE0678, FCC ID: N4ZIA6C00, RCM

Easy to use, simply follow the links on the FrSKY website, connect the receiver to the STK and plug the STK into your computer via the USB port. The FrSKY STK updates all FrSKY receivers that support S.Port.

The Turnigy X6B is a 6-channel two-way receiver designed for multi-rotor aircraft. It uses the 2.4GHz AFHDS 2A (Automatic Frequency Hopping Digital System) protocol and has a dual omnidirectional antenna with superior noise reduction techniques for reliable interference-free operation. It’s compact, easy to install, and boasts a rich easy-to-use interface. The X6B supports 6-channel PWM output, standard PPM output, and i-BUS support for up to 18 channels alongside a reliable voltage sensor interface. This is an excellent addition to your Turnigy TGY-i6s, TGY-i10, and Evolution transmitters as well as a number of other AFHDS 2A transmitters such as FS-i10, FS-i8, FS-i6, FS-i6S, FS-i6X, FS-i4, and FS-i4X. An excellent receiver for multi-rotor drones as it is lightweight cuts down on cabling and comes with built-in battery monitoring.

The top of the range, 16 Channel X8R receiver from FrSky with 8 normal PWM outputs and no less than 16 channels on the dedicated S.BUS output. Now supplied with the 2015 firmware to compy with EU regulations.

This is an outstanding receiver for all applications and is perfect for use with the FrSky Horus, X9D and X9E Taranis transmitters, with their built-in XJT Module or any of the D8 systems to take advantage of the new digital Smart Port sensors.

The FrSky Taranis Q X7S is the next step on from the original Taranis Q X7 and comes in a stunning blue case. It also keeps all the cool features of the Taranis Q X7 but adds even more stunning features. It still has all the usual Taranis features in this radio such as Receiver Signal Strength Indicator (RSSI) alerts, Real-time Flight Data Logging and receiver matching.

The FrSky RX8R has been upgraded to the PRO version but retains all the old features. The new PRO version has increased precision and lower latency. Its deviation of PWM is reduced to 0.5us, and the delay of PWM output is 9ms less than that of the X8R in high-speed mode. It also has improved anti-interference from the ignition system on combustion engines.

The FrSky FLVS ADV sensor is designed to measure the battery voltage of 2S~8S Li-Po batteries at 0.01V voltage resolution. The data can be transmitted via the F.Port or Smart Port (S.Port) of telemetry-enabled receivers such as the FrSky X8R, X6R, X4R, etc to compatible transmitters, such as the Taranis or other OpenTx radios. This is an obvious choice for accurate measurement of large-capacity Li-Po batteries.

FrSky has enhanced the performance and capability of its original sensors, resulting in the development of the new ADVANCE (ADV) series. All ADV sensors fully support the FBUS protocol and they are also S.Port compatible. With the FBUS protocol, the ADV sensors can be seamlessly paired with an FBUS-capable receiver which further simplifies model builds.

The FrSky High Precision Vario Sensor monitors atmospheric pressure and reports altitude and changes in pressure, this will indicate where the lift is which is invaluable if you want to find thermals with your RC glider.

The advanced high-precision variometer sensor calculates the altitude from atmospheric pressure, the atmospheric pressure drops as you rise in altitude. Using this change in pressure the sensor can measure the altitude up to 10000 meters with an accuracy tolerance of 0.1 meters. This unit has been designed to be used in conjunction with FrSky telemetry-enabled transmitter and receiver system.

This advanced telemetry sensor incorporates a GPS module to provide useful variable directional information such as position, speed, distance, altitude, and UTC time. It can then be displayed in real-time on FrSky's Taranis transmitters, this can also be logged onto the radio's SD card. This location data is particularly useful for "lost aircraft situations" providing you with the coordinates of your lost model if it's still in radio range or its last known position if not.

The ADV series GPS sensor provides accurate time synchronization with GPS satellites, working with the integrated “Auto adjust from GPS” function in the ETHOS system. This ensures the radio and its telemetry are all in sync with an accurate time system, ensuring telemetry data is in sync with UTC time. This sensor will only work with the FrSky F.Port and Smart Port-enabled receivers. It does not provide autonomous GPS navigation or an RTH mode for your model; it is purely to provide data to your radio.