Skydroid G16 Ground Control Station with GR01 Receiver Dual-Band 2.4GHz/5.8GHz HD Video Transmission for UAV UGV & Robotics

Skydroid G16 Ground Control Station with GR01 Receiver Dual-Band 2.4GHz/5.8GHz HD Video Transmission for UAV UGV & Robotics

Model: Skydroid G16 Remote Controller
Display Screen: 7-inch Industrial Touch Screen + Sunlight-Readable Screen
Resolution: 1920×1200
Processor: Qualcomm 6nm Processor
System: Android 13
Size: 272×183×94mm
Weight: 1.05kg
Battery: 20000mAh
Battery Life: About 7-9 Hours
RAM: 4G
System Storage: 64G
Operating Frequency Band: 2.4G/5.8G
Channel Qty: 16
Dynamic Frequency Adjustment: Automatic Frequency Hopping
Radio Frequency Power: 23dBm@CE/FCC
Remote Control Range: 5-20KM (Ground-to-Air, Line of Sight)
Operating Temperature: -10℃~60℃
Charging Interface: TYPE-C
External Interfaces: USB-A Port, SIM Slot, TYPE-C, PPM

Model: GR01 Receiver
Working Frequency Band: 2.4G/5.8G
Serial Port Baud Rate: 57600/115200/921600
Power Supply Voltage: 7.2~72V (XT30)
Operating Current: 12V/300mA
Data Transmission Port: Channel 1
Network Port: Channel 1
SBUS Output: Channel 1
PWM Interface: Channel 3
RF Power: 23dBm@CE/FCC
Size: 45.5×60×21.5mm
Weight: 37g
Operating Temperature: -10℃~60℃
Channel Bandwidth: 1.25MHz/2.5MHz/5MHz/10MHz/20MHz/40MHz

Product Features：
1. Skydroid G16 series features a Qualcomm 6nm processor and runs on the Android 13 (64-bit) embedded system, ensuring smooth operation. With an open ecosystem, it supports the installation of most apps available on the market. It adopts a new high-power, high-bandwidth 2.4/5.8G dual-band wireless module, supporting automatic frequency hopping and MCS autonomous dynamic adjustment, with a video and data transmission distance of up to 30 km.

2. Skydroid G16 supports SIM card, USB interface, Type-C interface, PPM port, and other rich interfaces. It provides an SDK development kit, supports video floating windows, and is compatible with mainstream flight control ground stations.

3. Skydroid G16 featuring a 1920 × 1200 resolution, 7-inch industrial touchscreen with a sunlight-readable display, the ultra-high screen-to-body ratio allows clear real-time display information even under bright outdoor conditions.

4. Skydroid G16 equipped with a high-energy-density lithium-ion battery, it can operate for 9–10 hours on a full charge. Its rugged outdoor design provides dependable durability for demanding operating environments.

Main Applications and Scope of Use：
The Skydroid G16 is suitable for video transmission (optional camera required), data transmission, and remote control of unmanned platforms including:
* Helicopters
* Fixed-wing aircraft
* Multi-rotor drones
* Unmanned ground vehicles (UGV)
* Unmanned surface vehicles (USV)

Qualcomm Android Platform：
Skydroid G16 is equipped with Qualcomm's latest 6nm processor and Android 13 operating system, supporting H.264/H.265 hardware decoding while running various ground control station applications smoothly.

Endurance Time：
Skydroid G16 built-in battery provides 9–10 hours of operating time and supports 36W PD fast charging. The new hardware platform reduces power consumption and heat generation, extending overall battery life.

30KM Data-Video-Control：
Skydroid G16 powered by Skydroid's proprietary data-video-control transmission technology, the G16 supports **remote control, telemetry, and HD video transmission** with a range of up to 30 km

Dual-Band 2.4GHz / 5.8GHz：
The Skydroid G16 utilizes 2.4GHz and 5.8GHz dual-band communication, automatically switching frequencies based on operating conditions to improve signal stability, transmission efficiency, and anti-interference performance.

High-Definition Image Transmission：
Skydroid G16 supports long-range HD digital video transmission, providing clear, low-latency real-time imaging for professional UAV operations.

Abundant Interfaces：
The Skydroid G16 supports:
* SIM Card
* USB-A
* USB Type-C
* PPM Interface

The receiver provides:
* Serial
* PWM
* SBUS

It is also compatible with a variety of external devices including FPV cameras, gimbal cameras, EO/IR payloads, and Ethernet-based imaging systems