| Price | On request |
|---|---|
| Model | G16 |
| Display | 7-inch industrial touchscreen; 1920 × 1200 |
| Operating system | Android 13; Qualcomm 6 nm processor |
| Handheld battery | 20,000 mAh; listed operation about 9–10 hours |
| Memory | 4 GB |
| Storage | 64 GB |
| Charging | Type-C |
| Control channels | 16 |
| Ground-unit weight | 1.05 kg |
| Ground interfaces | USB-A, SIM slot, Type-C and PPM |
| Air-unit interfaces | GR01 or G12 RX options; network, data/serial, SBUS and receiver-specific PWM outputs |
Portable UAV ground control
The Skydroid G16 is a 7-inch Android 13 controller for UAV teams that want a built-in display and a broad set of physical controls in a portable unit. Its manufacturer-listed 9–10-hour battery reference makes it worth considering for workdays spanning several aircraft battery changes. Choose it around the application, operator handling and receiver installation that the job needs.

Picture a survey team moving between nearby work areas. The aircraft may land repeatedly for battery changes while the ground station remains active for planning and reviewing telemetry. In this situation, controller operating time and carrying comfort deserve their own comparison. They are separate from aircraft flight endurance, camera recording time and the distance supported by the radio installation.
The G16 provides 16 channels and a mix of sticks, switches and additional controls. Allocate the functions the pilot needs to reach without moving through touch menus. A UAV inspection camera may need tilt or shutter commands, while a survey aircraft may emphasise flight modes. The final channel map must match the flight controller and payload; a channel count does not promise a particular function.
A Qualcomm 6 nm processor, 4 GB RAM and 64 GB internal storage form the documented Android 13 platform. The G16 also provides SDK resources. Specify the software version and telemetry method, especially when an existing project uses custom applications. SDK availability is an integration option, not evidence that an untested application or accessory already works.
| End of the system | Documented provision | Information needed from your project |
|---|---|---|
| Ground unit | USB-A, SIM, Type-C and PPM interfaces | Required peripherals and ground application |
| Airborne receiver | GR01 and G12 RX options described in the manual | Chosen receiver revision, aircraft supply and mounting allowance |
| Payload video | Network-video workflow with an appropriate optional camera | Camera model, output stream and any camera-control protocol |
The two receiver options have different power inputs and bodies. Confirm the supplied part rather than using a generic receiver specification to design the aircraft harness. For FPV observation on the controller screen, also distinguish live picture display from gimbal control and camera recording.

No. It is the manufacturer's reference for the ground controller. Aircraft battery life and payload power consumption are separate specifications.
No. This page specifies the G16, using the G16 manual and Android 13 platform. Do not substitute an H16 or H16 Pro specification when checking the order.
The total describes controller channels. The number and purpose assigned to a payload depend on the receiver outputs, flight-controller setup and camera interface.
Share the flight controller, required app, camera model, preferred button functions and usual shift length. A useful package quote names the receiver, correct harness, antennas and charging accessories, with any optional camera listed separately.
| Display | 7-inch industrial touchscreen; 1920 × 1200 |
|---|---|
| Operating system | Android 13; Qualcomm 6 nm processor |
| Ground battery | 20,000 mAh; listed operation about 9–10 hours |
| RAM | 4 GB |
| Storage | 64 GB |
| Charging | Type-C |
| Control channels | 16 |
| Ground unit weight | 1.05 kg |
| Ground interfaces | USB-A, SIM slot, Type-C and PPM |
| Receiver interfaces | GR01 or G12 RX options; network, data/serial, SBUS and receiver-specific PWM outputs |

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