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Cofdm IP Mesh Drone Ad Hoc Network Wireless Broadband Emergency Communication Drone Mesh Radio

This COFDM IP Mesh Drone Radio is a cutting-edge wireless broadband solution engineered for emergency communication, integrating advanced COFDM modulation, IP Mesh, and Ad Hoc Network technologies. Tailored for drone-based deployments, it enables rapid, self-forming, and self-healing connectivity in crisis scenarios where infrastructure is damaged or non-existent, delivering high-speed bidirectional data, HD video, and voice transmission with exceptional anti-interference performance. The compact, drone-integrated design ensures flexible aerial deployment, extending communication coverage across wide areas to support emergency response, disaster relief, and critical field operations. As a dedicated drone mesh radio, it empowers rescue teams and first responders with reliable, low-latency broadband connectivity, facilitating real-time situational awareness and coordinated actions even in the most challenging emergency environments.​

Collaborative robotic arm

This robotic arm is independently developed by our company and has 6 degrees of freedom. It can be equipped with detection devices and can be remotely controlled by the robot to complete surface contamination measurement with the robotic arm.

Combat robots

The upper part is equipped with a weapon station, which can monitor and attack suspicious targets. It also transmits real-time images and videos of the target area to the handheld remote control terminal. This product is widely used in various fields such as battlefield reconnaissance and urban security. It can be equipped with other mission systems according to application requirements to meet the unmanned operation needs of other military and civilian dual-use scenarios.

Correlator

Supported by its experienced microwave team, process team, and management team, Hangtai Technology has been making consistent progress in enhancing the R&D and production capabilities of microwave components. The microwave components developed by this division are not only able to meet the needs of the company's radar and radio altimeter projects but also can be put into use to serve the broader society.

CUAV CAN PMU Power Module High Precision Power Detection Unit Module For UAV And Flight Controller

The CUAV CAN PMU Power Module is a high-precision power detection unit specifically designed for UAVs and flight controllers, serving as a critical component to monitor and manage power supply during aerial operations. Equipped with advanced power detection technology, it delivers accurate real-time data on parameters like voltage, current, and remaining power—empowering flight controllers to maintain stable power distribution and enabling operators to track energy status dynamically. Built with CAN bus compatibility (a standard for reliable communication in industrial and aerospace systems), this module seamlessly integrates with most UAV platforms and flight control setups, ensuring consistent performance across scenarios such as industrial inspection, agricultural mapping, and aerial surveying. By providing precise power insights, the CUAV CAN PMU Power Module helps prevent unexpected power-related issues, enhances flight safety, and supports the smooth execution of UAV missions.

CUAV M7+Controller

Equipped with the STM32H743 Processor, ICM-42688-P Accelerometer & Gyroscope, and RM3100 Industrial Compass, the CUAV M7+ Controller unlocks greater possibilities for flight applications. It finds extensive use across sectors such as plant protection, agriculture, and surveying and mapping, among others.

Data Link

In the telecommunications field, a data link serves as a medium to connect two locations, facilitating the transmission and reception of digital information. It can also refer to a suite of electronic components, encompassing transmitters, receivers (both classified as data terminal equipment), and interconnected data telecommunication circuits. These data are managed by link protocols, which enable the transfer of digital data from a data source to a data receiver.
A data chain, on the other hand, is a tactical wireless data communication system that operates across ground-space, space-space, and ground-ground scenarios. It transmits formatted digital information in real time using a bit-oriented approach, leveraging technologies such as modulation/demodulation, encoding/decoding, anti-interference, networked communication, and information fusion—all in accordance with specified information formats and communication protocols. The basic components of a data chain can be condensed into three core elements: terminal equipment, transmission equipment, and communication specifications.
The functions of a data chain include map transmission, data transmission, networking, air-to-ground video transmission, air-to-ground bidirectional data transmission, as well as remote control and telemetry for unmanned aerial vehicles (UAVs) and other aircraft. Additionally, it supports UAV air-based networking and UAV communication relay. Its application scope covers various platforms such as multi-rotor aircraft, fixed-wing UAVs, unmanned helicopters, missiles, and guided projectiles.

DC / AC Optional Power Supply Fixed Mounted & Vehicle Mounted IP Mesh Radio

The DC/AC Optional Power Supply Fixed Mounted & Vehicle Mounted IP Mesh Radio is a versatile, high-reliability communication solution designed for both stationary and mobile operational scenarios, offering flexible power options to adapt to diverse deployment environments. Engineered with dual mounting capabilities (fixed/vehicle) and switchable DC/AC power support, it seamlessly integrates into command posts, industrial facilities, emergency response vehicles, tactical ground platforms, and remote infrastructure—eliminating power constraints and ensuring consistent connectivity wherever missions demand.
Powered by advanced IP mesh technology, this radio enables self-organizing, multi-hop network formation, delivering uninterrupted transmission of high-definition video, voice, and critical data even in areas with limited or no existing communication infrastructure. Its ruggedized construction withstands vibration, shock, and extreme temperatures (-40°C to 70°C), making it durable for on-the-move vehicle operations and harsh fixed-site conditions (e.g., construction zones, border surveillance). The flexible power design allows it to draw from AC mains (for static installations) or DC vehicle power (for mobile deployments), with built-in surge protection to safeguard against voltage fluctuations. Additionally, it features robust anti-interference capabilities and easy integration with existing communication systems, making it a reliable choice for public safety, industrial monitoring, tactical operations, and critical infrastructure management—empowering teams with stable, long-range connectivity regardless of power source or deployment mode.

Digital Communication Module MG-145

The Moneypro MG-145 is an integrated RTK differential transmission module that combines LoRa long-range communication, Bluetooth configuration, and high-precision GNSS positioning. It is specifically designed for applications demanding centimeter-level accuracy, such as professional surveying and mapping, precision agriculture, UAV navigation, and autonomous driving. The module utilizes LoRa technology to ensure reliable, long-range, and low-power differential data transmission. Simultaneously, the integrated Bluetooth interface facilitates quick on-site configuration and debugging. With its robust design and industrial-grade stability, the MG-145 delivers a continuous and reliable high-precision positioning solution even in challenging field environments.