Ground Control Systems (GCS) & Handheld Controllers, UAV Camera Gimbal & Field-Oriented Control ESC

UXV Technologies is a leading developer of professional agnostic robotic technologies such as Ground Control Systems (GCS), handheld controllers, and FOC ESC (Field-Oriented Control ESC). Our agnostic products enhance the capabilities of a wide variety of robotic platforms and provide systems integrators with trusted solutions, allowing them to focus on their core business.

All our products feature a variety of customization options and can be specifically fine-tuned to exact requirements suited to unique robotic and unmanned platforms including UAVs (unmanned aerial vehicles), UGVs (unmanned ground vehicles), and UUVs (unmanned underwater vehicles).

Custom Ground Control Stations (GCS)

Ground Control Systems for Drone Command and Control

Our software and radio agnostic Ground Control Stations and handheld controllers are based on open industry-standard interfaces, allowing developers to easily design and test custom applications. Many of our GCS solutions are provided as custom packages, allowing you to choose operating systems, input device positions, specific communications protocols and methods, and more.

The rugged ground control systems are ideal for intuitive drone command and control including ROVs (remotely operated vehicles), UGVs, and other robotic vehicles. With high reliability and built-in environmental protection, they are designed to support a range of professional applications in challenging conditions, including law enforcement and first responders, defense and special forces, construction, and more.

Soldier Robotic Controller – Ruggedized GCS

The SRoC (Soldier Robotic Controller) is a ruggedized ground control station for drones and robotics, based around the Panasonic FZ-S1 tablet. The system provides communications flexibility with a choice of swappable radio modules from leading manufacturers, and can also be equipped with two swappable battery modules. It is compatible with the US Army’s Nett Warrior system.

Micronav – GCS for harsh environments

The Micronav GCS is based on the Panasonic FZ-M1, a military-grade MIL-STD-810G and IP65-rated tablet designed for remote vehicle control in even the harshest environments. The rugged handheld controller features a daylight-readable, high-sensitivity, multi-touch display that can be operated while wearing heavy gloves.

G2Nav – dual-screen GCS

The G2Nav is a powerful high-performance GCS for professional drone and robotics platforms, featuring two 21.5-inch screens, a built-in keyboard, and multiple configurable buttons, joysticks, and switches. The highly customizable platform is built on an Intel-based computer running Microsoft Windows or Linux.

Swappable Radio Modules (SRMs)

Flexible radio systems for GCS

Our swappable radio modules are designed to provide a flexible communications capability for UAV and unmanned vehicle ground control systems, and are a US government standard for defense robotics. The SRM series provides over 25 different options for radio configurations with the same interface, making it easy to change according to your requirements.

The low-SWaP modules use less than 15W, and are powered entirely from the internal GCS batteries. Radio options include systems from Microhard, Doodle Labs, SDR-RTL and Trellisware.

UAV Camera Gimbal Sensors

Optroxa GMB 600 – RGB and thermal gimbal payload for drones

The Optroxa GMB 600 sets new standards for the weight, size, and performance of professional thermal and RGB camera gimbals. It utilizes a built-in video processor to enable advanced image processing and several industry-standard communication interfaces while keeping the weight and power consumption low.

The built-in RGB camera offers up to 18x optical zoom + 10x digital zoom with recording in HD which helps to capture and record vital details, maximizing the value of your operations. In addition to the RGB camera, the gimbal offers a laser range finder and a high-performance thermal camera, built into the module offering a resolution of 640×512 and frame rates up to 60 Hz.

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Field-Oriented Control ESC

QuadroCube – High-efficiency FOC ESC for UAVs

Quadrocube is an advanced field-oriented control (FOC) electronic speed controller (ESC) that can be easily integrated into UAVs and drones. The reliable, high-efficiency module integrates four powerful motor controllers with state-of-the-art sensorless FOC for a fast, precise control loop.

Featuring seamless integration with the Pixhawk 2-based Cube autopilot, as well as with radio links and an optional companion computer, the FOC ESC QuadroCube also offers extremely low heat production and acoustic footprint.

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