High-Capacity Specialized Battery Transport Trolley
The battery.case P908.16 is the heavy-duty flagship of the B&W battery transport series, specifically designed for the safe handling of larger or multiple lithium-ion batteries. This model combines extreme fire safety with mobile convenience, featuring an integrated trolley system for effortless transport of heavy loads. It is fully certified for both intact and defective batteries, ensuring that even in the event of a thermal runaway, the environment remains protected and the fire stays contained within its robust multi-layered structure.
Industrial Flagship Enterprise Drone
The GDU P200 series represents a new standard in portable industrial UAVs, combining a compact, foldable design with high-end operational performance. Powered by an 8-core processor with 21T AI computing power, it enables advanced target recognition, intelligent analysis, and seamless cloud-based synchronization. With its lightweight frame and rapid deployment capabilities, the P200 series is built to handle complex missions across diverse industrial and security sectors.
High-Efficiency Multi-Mission Enterprise Drone
The UAV-P300 is a cutting-edge enterprise drone designed to deliver unparalleled efficiency and clarity in low-altitude operations. It features a 50MP UHD wide-angle sensor, 4K AI-powered full-color night vision, and advanced optical de-fogging technology, ensuring crystal-clear imagery across all weather conditions. With 21T of onboard computing power and a versatile multi-payload interface, the P300 can be tailored for complex, multi-task scenarios including emergency firefighting, smart city operations, and power grid inspections.
Future-oriented Jammer
Hunter is a versatile handheld anti-drone jammer capable of effectively detecting, identifying, locating, and countering drone threats. It boasts strong countermeasure capabilities against mainstream drone types and models, and can disrupt both communication and navigation signals of multiple drones simultaneously. With a high degree of intelligence and user-friendly operation, Hunter is an ideal anti-drone solution for various scenarios such as public events and VIP security.
Tactical Anti-drone Jammer
Hunter Lite is a portable radio frequency (RF) countermeasure system designed specifically for low, slow, and small (LSS) drones. It features targeted disruption of UAV flight control and navigation frequencies, enabling rapid neutralization through forced landing or expulsion. Hunter Lite provides an effective solution for enforcing no-fly zone regulations against unauthorized LSS drone incursions.
Enhanced FPV Jammer
Hunter Pro is a portable integrated detection and countermeasure device specifically designed for FPV drones. It provides timely alerts by detecting FPV video transmission and remote control signals. Equipped with an FPV analog video reception module, it can also retrieve real-time footage from hostile FPV drones.
Portable GNSS Spoofer
Spoofer is a portable drone navigation spoofing device. By transmitting simulated civil satellite navigation signals, it achieves three main functions: active defense, directional deception, and area denial, effectively addressing flight control issues of commercial low-speed small drones in sensitive areas. Its wearable backpack design ensures easy portability and rapid deployment in complex environments.
Portable UAV Detector
Tracer is a purpose-built device designed to monitor and manage aerial drone activity. It can accurately extract detailed information such as drone brand, model, serial number (SN), location, and operator position by decoding drone broadcast signals. Additionally, it employs advanced spectrum detection technology to detect, locate, and intercept signals from various types of drones. Its flexible customization capabilities enable users to quickly understand the electromagnetic landscape, respond to emerging threats in a timely manner, and safeguard critical sites and personnel.
Compact Active Phased Array Radar
Tracker is a K-band active electronically scanned array (AESA) radar featuring low SWaP (Size, Weight, and Power) and all-weather, integrated air-to-ground 4D detection capabilities (range, azimuth, elevation, and velocity). It delivers high update rate and high-fidelity tracking of all classes of aerial threats—including conventional, low-emission, fiber-optic-controlled (FPV), and autonomous drones—as well as ground targets such as personnel and vehicles. The system supports guidance for optical sensors and countermeasure platforms and is adaptable for deployment on fixed sites, vehicles, or unmanned aerial platforms.
Fixed-Site Drone Defense System
Hunter F is a fixed-site counter-UAS system that combines detection and mitigation in one integrated platform. It continuously monitors and decodes UAV communication signals to identify drone models in real time.
By intercepting UAV broadcast messages, Hunter F retrieves critical flight data—such as GPS coordinates, altitude, speed, yaw angle, model, serial number (SN), and pilot location—with high accuracy.
Leveraging advanced spectrum analysis, the system intelligently selects the optimal RF jamming strategy based on each drone’s communication signature, enabling precise targeting, directional disruption, and effective neutralization.
Fixed-site GNSS Spoofer
Spoofer Pro is a fixed-position drone navigation spoofing device featuring powerful countermeasure capabilities, exceptional reliability and stability, extended operational range, and enhanced protection—making it ideal for long-term deployment at fixed sites.By transmitting simulated civilian satellite navigation signals, it delivers three core functions: active defense, directional deception, and area denial.This enables effective control of low-speed, small commercial drones operating in sensitive areas.When integrated with radar, spectrum detection systems, and jamming guns, Spoofer Pro can achieve advanced capabilities such as targeted spoofing and drone crash induction, delivering a drone defense effect where the whole is truly greater than the sum of its parts.
Electronic Perimeter UAV Detection System
Spotter is an integrated detection system designed to provide 24/7 all-weather drone monitoring for airports, large-scale public events, and critical infrastructure. It combines radar, optical detection, and radio frequency (RF) sensing technologies to deliver real-time drone positioning and flight data, enabling rapid decision-making.
The system employs a distributed AI processing architecture that enhances resource efficiency through parallel processing and load balancing. By deeply integrating artificial intelligence, it creates an intelligent, high-performance, and scalable drone surveillance and protection solution, comprehensively addressing the security demands of diverse complex operational scenarios.
Fixed-Site Drone Detection System
Tracer G is designed for low-altitude drone supervision in urban environments. The system integrates two core detection technologies: protocol decoding and radio frequency (RF) spectrum sensing.
The protocol decoding module enables real-time monitoring of mainstream commercial drones such as DJI by parsing their broadcast communication protocols. This allows the system to extract detailed telemetry and identification data, including drone brand, model, serial number (SN), flight speed, coordinates, altitude, and the GPS location of the pilot. For non-cooperative drones—those lacking identifiable broadcast protocols—Tracer F Pro employs RF spectrum sensing to detect and track anomalous drone signals in real time, enabling timely situational awareness and threat alerts.
Medium-range Radar & Optical Detection System
Tracker Pro Eye is a wide-area radar and long-range electro-optical detection fusion system, designed for large-scale protection scenarios where radio frequency detection is ineffective. It ensures 24/7, omni-directional, high-precision real-time situational awareness of drones, providing accurate location information, precise target classification, and threat confirmation videos. Its highly integrated, modular, and scalable design meets the widespread, all-weather monitoring and protection needs from airports, borders, and large-scale energy stations.
Compact Radar & Optical Detection System
Tracker Eye is a core region radar-vision integrated active detection system that combines beyond-line-of-sight (BLOS) phased-array radar and electro-optical detection technologies. It operates independently of UAV radio signals, ensuring reliable all-weather, all-around situational awareness. The system provides high-precision location data, accurate target classification, and threat confirmation video. With its low SWaP and modular design, Tracker Eye meets the rapid deployment and protection needs of critical areas such as prisons, government buildings, and private estates.
Medium-range Active Phased Array Radar
Tracker Pro is an X-band AESA radar system designed for all-weather integrated air-ground 4D (range, azimuth, elevation, and velocity) target detection, featuring user-defined scanning modes including horizontal 360° mechanical scanning or 90° phase scanning, along with vertical electronic scanning across different airspace sectors. It enables high-precision, high-fidelity detection and precise tracking of all types of aerial threats—including conventional, low-emission, fiber-optic（FPV）, and autonomous drones—as well as ground-based personnel and vehicle targets. It provides guidance support for optical sensors and countermeasure systems, with flexible deployment options for both fixed-site installations and vehicle-mounted mobile platforms.
Vehicle-Mounted FPV Jammer
Hunter V leverages software-defined radio (SDR) technology to disrupt drones’ remote control signal reception, creating a protective shield against FPV threats. It features flexible software configuration and expandable hardware frequency modules, significantly enhancing jamming effectiveness and sustained countermeasure capability.
Vehicle-mounted UAV Defense Platform
Sentry V is an integrated anti-drone combat platform mounted on specialized vehicles. It combines radar, radio frequency, and electro-optical detection with countermeasure capabilities, offering rapid response, mobile strike, and mission-following functions. Designed for complex terrain and dynamic scenarios, it is ideal for securing energy hubs, remote outposts, and emergency deployments—delivering immediate defense upon arrival.
Airborne UAV Detector
Tracer Air is designed to address the challenge of locating drone operators in scenarios without broadcast protocols (such as Drone ID or Remote ID). The operator localization solution involves mounting a high-precision radio direction-finding system on a drone to perform both horizontal and vertical direction-finding of signal sources in the air—such as drone remote controllers and radio jamming devices. The system identifies the potential area of the signal source and displays it on a map. By continuously closing in on the target, it enables precise positioning and visual lock-on.
Vehicle-mounted UAV Detector
Tracer V is a vehicle-mounted RF detection system designed for mobile deployment, capable of providing multi-type drone detection and early warning within a hemispherical coverage area of a 3 km radius and up to 500 meters in altitude.
By decoding drone broadcast protocols, Tracer V can extract critical telemetry and identification data from mainstream commercial drones—including brand, model, serial number (SN), geolocation, altitude, and flight velocity—while also locating the operator's position. This enables comprehensive situational awareness and supports regulatory enforcement in complex urban or mobile scenarios.
In addition to protocol decoding, Tracer V leverages advanced RF spectrum sensing to receive, analyze, and process transmission signals from a wide variety of drone platforms. By passively monitoring drone data-link characteristics, the system can detect and classify drone presence in real time—without emitting active signals or interfering with protected or mission-critical RF communications in the vicinity.
Intelligent Control System for C-UAS
SkyShield Edge is a high-security, multi-platform anti-drone device control system designed for seamless coordination with Skyfend systems. It offers real-time situational awareness and in-depth data analysis, supporting device connectivity via LAN and serial ports.
It is available in two specialized terminal formats:
PAD Terminal (SGA100): Optimized for mobile and portable operations, it is lightweight, durable, and built to perform reliably in harsh environmental conditions.
PC Terminal (SGA110): Tailored for fixed-site monitoring, it supports 24/7 unattended operation for continuous, long-term protection.
Integrated Air-Ground Command and Control Hub
Skyshield Nexus is an AI-powered integrated air-ground command and control hub that combines detection and early warning, intelligent decision-making, and coordinated interception.
Driven by AI-based multi-source data fusion, it supports connections to thousands of devices with second-level response times. The system enables multi-layered defense capabilities including electronic jamming, spoofing, laser interception, and drone countermeasures.
It features event traceability and compliant evidence collection, and is compatible with both Skyfend and third-party anti-drone devices. With web access and multi-terminal collaboration, it supports deployment via private servers or the cloud.
Designed for large-scale airspace defense, Skyshield Nexus delivers a unified, intelligent solution for multi-domain management.
The powerful power system design, more comprehensive industry application load, ultra-long battery life; equipped with the industry's leading
octa-core chip, total computing power of 21T, with powerful visual intelligence AI recognition ability, can achieve cloud-edge-end collaborative
work; streamlined body design, compact and portable, with powerful performance.
The S400E is a lightweight industrial-grade flagship UAV from GDU, designed with groundbreaking advancements in stability, autonomy, and intelligence. Equipped with industry-leading BVLOS (Beyond Visual Line of Sight) networking technology, it enables seamless, intelligent interconnection between
With a frame crafted from high-strength magnesium alloy, its foldable body ensures exceptional safety, stability, and portability. Advanced millimeterwaveradar combined with an integrated binocular sensing system provides comprehensive, omnidirectional obstacle avoidance. The onboard AI edge computing
- Cross-obstacle Communication via Multi-UAV Relay Networking
- Millimeter-wave Sensing for Enhanced Obstacle Avoidance, Both Day and Night
- 49mins Max Flight Time
- 1K Thermal Camera
- 3kg Loading
- Professional-grade Performance in a Compact and Backpack-Friendly Design
The K01 un automatic dock integrates functions such as unmanned operation, automatic take-off and landing, automatic charging, autonomous patrol flight, and intelligent data recognition. It features an integrated design with the S400E professional-grade UAV. Its "two major highlights" are a rolling shutter door, fearless of wind, snow, freezing rain, and the accumulation of falling objects. When used with the S400E UAV and its series of payloads, the UVER intelligent management and control platform, and the low-altitude shared UAV platform, it subverts the traditional pilot operation mode, strongly empowers the new low-altitude infrastructure, and opens a new era of "unmanned operation" for more industries!
- Integrated design with S400E professional-grade drones
- Roll-over cabin cover, unafraid of wind, snow, freezing rain, and accumulation of falling objects
Compact Automatic Battery Swapping Docking Station
The K02 UAV Automatic Docking Station is a high-performance, compact, and autonomous battery swapping docking station designed for the S200 series UAVs.
Lightweight and easy to deploy, it can accommodate up to 4 sets of batteries, ensuring continuous operation without interruptions. In addition, it supports night precision landing and seamless day and night operations, making it ideal for smart cities, energy inspections, emergency firefighting, and ecological protection scenarios.
- Four-Battery Swapping
- 1K Thermal Camera
- 1 ㎡ Space Deployment
- 45min per flight
Light-weight Auto Charging Docking Station
It weighs only 50kg, covers an area of 0.36m, and has a standby power consumption of less than 10W. Its small size, light weight, and low power consumption, combined with solar power, enable operation in environments without mains power, such as power towers and network-disconnected scenarios. It supports access to 4G and MESH modules, and in wireless environments, it can connect to the nearest network node.
Weight < 50kg
Floor Space < 0.36 ㎡
Charging Time(10%-90%) <35min
Ingress Protection Rating IP55
Sky-hawak Drone System
The Sky Hawk vehicle-mounted drone system is an integrated, intelligent mobile deployment platform for drones. It consists of five components: the vehicle-mounted drone, the K05 series detachable vehicle-mounted hangar, the remote controller, ecological payloads, and a mobile app. It enables the full workflow of drone flight operations, storage and charging, live streaming, and result sharing, seamlessly connecting consumer entertainment with industry application scenarios. It meets users' comprehensive needs, from personal use to professional tasks. By combining vehicle mobility with the drone's efficient operational capabilities, it offers users the joy of "ready to fly upon parking, travel with the vehicle," and a flying experience of "double the efficiency, extended range."
- Boundless View, Intelligent Fun on the Go
- Ultra-Clear Dual Camera: See Everything at a Glance
- All Vehicle ModelsSupported
- Quick Assembly & Disassembly-Ready to Go
It features a 61-megapixel full-frame image sensor, a 40mm dedicated mapping lens, and a three-axis intelligent stabilization gimbal. Widely used in close-range photogrammetry to create high-quality detailed models. It can be applied in various fields such as terrain mapping, emergency mapping, natural resource surveys, and geological disaster investigations.
It adopts a mature optical module with a total of 125 million pixels, which can retain rich 3D details and accurately reflect the real-world conditions. It supports synchronized exposure of multiple cameras and allows independent POS data to be written into the photos. The remote control interface allows real-time monitoring of the shooting situation, it also has built-in fast storage with a capacity of 1280G
PLI01 lidar integrates light and compact lidar systems, inertial navigation systems, control systems and high-resolution mapping cameras. It can efficiently collect high-precision point cloud data and rich image information, it is widely used in the acquisition of 3D space information in surveying and mapping, electric power, forestry, agriculture, land planning, geological disasters, and mine safety.
Dimensions 180*84*44mm
Weight 400g
Power voltage 5V
Power 2A
Positioning accuracy Horizontal ±2.5cm, Vertical +2.5cm
Charging indicator Red and blue dual-color indicator
light light
Working indicator light Green
Work/Storage temp -20°C~60°C
Detectable PM2.5, PM10, SO2, CO,
components NO2,03, VOCS
It is specially designed for drone operation at night. It is composed of optical imaging components with 4 sets of 4 lenses.It weighs only 750g and is smart and easy to use.
It is highly suitable for the GDU UAV platform. It is composed of airborne end module and ground end tethered power supply box. It can be directly connected to the generator or 220V mains, and can transmit power through customized high-voltage cables to continuously supply power to the drone.
It uses the network as a medium to achieve remote interconnection between the command center and the airport and drones at the operation site. The command center can issue operational tasks to the airport and drones at the operation site anytime and anywhere. The airport and drones at the operation site can transmit real-time images from the scene, and after the tasks are completed, the results are automatically uploaded.
GDU low-altitude shared drone platform is built upon independently developed drones, smart payloads, and coordinated operations of docks. It integrates leading technologies such as big data, machine learning, IoT, and artificial intelligence, and combines operational requirements from multiple industries and fields. We are committed to building a low-altitude multi-dimensional data sensing ecosystem and a drone sharing platform. Through intelligent scene analysis and processing, we aim to achieve true integrated management of low-altitude resources in the sky and on the ground.
This system centers on command and is based on geographic information systems, creating a simple, convenient, fast, and easy-to-use full-task, process-oriented handling system for grassroots levels, leveraging informatization to empower flexible command operations at the grassroots.
Using dock as the access carrier, establishing hangar points, and utilizing the multi-control single-function of drones, it extends terminal access points on aggregation layer network nodes to meet the low-altitude, refined patrol requirements of key areas; combined with multi-network technology using dedicated private and public networks, it ensures target area inspection is accessible and refined inspection is feasible, cooperating with an efficient management and dispatch system to complete autonomous intelligent inspection operations.
The fire rescue on-site command system software, through upgraded technology and optimized fire monitoring functions, offers intelligent analysis features such as fire point detection, personnel detection, and AR tagging, supporting display on a unified map.
On-site commanders can operate 2D maps and 3D models to carry out route planning, fire point marking, resource display, force deployment, and measurement analysis, improving the efficiency of on-site rescue command and empowering the optimization and upgrade of the smart city emergency fire management system.
The Uni-750 Backpack Jammer System is a high-performance, portable solution designed to ensure personnel safety during field operations and provide localized protection against aerial threats. With an effective range of up to 10 km, this system utilizes advanced frequency jamming to neutralize drones and Unmanned Aerial Vehicles (UAVs).
Engineered for mobility, the system features an ergonomic backpack design, allowing personnel to carry it comfortably in various operational environments. It is built to withstand sudden movements and physical shocks, making it ideal for both military and civilian defense requirements where freedom of movement is essential.
Military-Grade Secure Communication System
The Uniforce UHF-Band Datalink is a strategic communication and management module designed for single, dual, or multiple military module interactions. It is engineered for the long-range remote control of UAVs, S-UAVs (UCAVs), USVs, and other robotic systems over distances reaching hundreds of kilometers.
The system provides real-time, secure, and uninterrupted dual-sided communication over a wide band. Featuring advanced digital modulation (PSK, QPSK, QAM) and dual-layer AES 128-bit encryption, it ensures high-speed data transfer with minimal latency (less than 80ms). It is an ideal solution for land, sea, and air vehicle guidance and remote management
Strategic High-Speed Secure Communication
Uni-force S-Band Datalinks are high-performance communication and management modules designed for seamless interaction between single, dual, or multiple military units. Engineered for long-range strategic operations, they enable reliable remote control of UAVs, S-UAVs (UCAVs), USVs, and other systems over distances spanning hundreds of kilometers.
The system delivers real-time, uninterrupted, and secure bi-directional communication across a wideband spectrum. Utilizing advanced digital modulation techniques (PSK, QPSK, QAM) and robust two-layer AES 128-bit encryption, it ensures high-speed data transmission with critical low latency (under 80ms). It is a versatile solution for the remote guidance and control of aerial, terrestrial, and maritime vehicles.
Ultra-High-Speed Secure Wideband Communication
The Uni-force Ku-Band Datalink is a premium, bi-directional, real-time secure wideband communication module. It is designed for the remote control and management of Unmanned Aerial Vehicles (UAVs), Unmanned Ground Vehicles (UGVs), and other robotic systems over strategic distances reaching hundreds of kilometers.
Utilizing the Ku-Band spectrum, this system offers exceptionally high communication speeds (up to 300 Mbps) and pushes the boundaries of long-range data transmission. Its unique narrow-point-to-point directional communication method makes it extremely difficult to detect, jam, or intercept, providing an elite level of security for beyond-border operations.
Uniforce designs and manufactures a wide range of high-performance antennas for radio frequency devices. From portable Omni antennas to high-gain Waveguide and Patch systems, our antennas are engineered to minimize signal loss and maximize transmission efficiency across various strategic and industrial applications.
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