SKYDROID GR01 2.4/5.8GHz Dual-Band UAV Receiver

Short Description:

SKYDROID GR01 dual-band 2.4/5.8GHz UAV receiver with SBUS, three PWM outputs, serial data and network interfaces for supported G-series control systems.

Product Name: SKYDROID GR01 2.4/5.8GHz Dual-Band UAV Receiver
Product Type: UAV Control, Data and Video-Link Receiver
Frequency Range: 2.4 GHz / 5.8 GHz
PWM Outputs: 3 outputs: PWM0, PWM1 and PWM2
Output Power: 23 dBm RF link power under CE/FCC specification; not analog VTX video power
Input Voltage: 7.2–72 V DC via XT30 for the documented version
Control Protocol: SBUS output
Antenna Ports: 2 antenna interfaces
Dimensions: 45.5 × 60 × 21.5 mm
Weight: 37 g

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Product Detail

FAQ

Technical Highlights

Dual-Band UAV Link

The SKYDROID GR01 operates on 2.4 GHz and 5.8 GHz bands as the aircraft-side receiver in supported G-series control systems. It handles control and data-link connections rather than functioning as a standalone analog video transmitter.

Control and Data Interfaces

The receiver provides one SBUS output, three PWM outputs, a serial data-transmission interface and a network interface. The PWM0–PWM2 outputs correspond to remote-controller channels 9–11 in the documented G16 configuration.

Wide-Range Power Input

The documented GR01 version uses a 7.2–72 V DC XT30 power input. Verify the supplied hardware revision before using a voltage outside this documented range.

GR01 Specifications

Operating Frequency	2.4 GHz / 5.8 GHz
RF Link Power	23 dBm under CE/FCC specification; this is not an analog VTX output-power rating.
Power Input	7.2–72 V DC via XT30 for the documented version
Control Outputs	1 SBUS output and 3 PWM outputs
Data Interfaces	1 serial data-transmission port and 1 network port
Serial Baud Rates	57,600 / 115,200 / 921,600 baud
Antenna Interfaces	2
Dimensions	45.5 × 60 × 21.5 mm
Weight	37 g
Operating Temperature	−10°C to 60°C

Integration Notes

Use GR01 with a supported SKYDROID G-series controller configuration; confirm pairing and firmware requirements for the selected controller.
Connect the SBUS/data interface to the appropriate flight-controller inputs and use the network interface only with a compatible network device and configuration.
The GR01 is distinct from the smaller G12RX receiver. Do not transfer G12RX voltage, dimensions, weight or PWM-output counts to GR01.
The pictured and G16-manual version is rated for 7.2–72 V input. Confirm the exact revision before applying a higher supply voltage.

FAQ

Is the GR01 a standalone analog FPV video transmitter?

No. GR01 is an aircraft-side receiver for a supported SKYDROID control, data and video-link system. Its 23 dBm specification refers to the RF link, not a standalone analog VTX output.

Which control outputs does GR01 provide?

GR01 provides one SBUS output and three PWM outputs labeled PWM0, PWM1 and PWM2. It also has serial data and network interfaces.

Can GR01 be powered from 5 V?

The documented GR01 version uses a 7.2–72 V XT30 input. Do not substitute the 5 V requirement of a different receiver model.

Does the 2.4/5.8GHz specification mean two antennas are supported?

The product images show two antenna interfaces, and the documented operating bands are 2.4 GHz and 5.8 GHz. Confirm the antenna and feeder-cable configuration supplied with the order.

B2B Procurement FAQ

Which input-voltage specification should be used for procurement?

The supplied image and G16 manual specify 7.2–72 V, while a newer SKYDROID support page lists a higher upper limit. Confirm the exact GR01 hardware revision and its approved input range during quotation; do not assume the higher limit applies to the pictured unit.

Are the antennas, feeder cables and wiring harnesses included?

They appear in a product photograph, but the attachment does not establish guaranteed package contents. Confirm each accessory, connector and cable length in the quotation.

What should be checked before integration with a controller or flight controller?

Confirm controller pairing support, firmware version, XT30 power range, SBUS/PWM channel mapping, serial baud rate and network pinout for the intended system.