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Portable Communication Device with GPS&WiFi Voice/Video/Data Relay Multi-Hop Networking Handheld Mesh Radio

To highlight the core value of this device—portable, multi-functional, and self-organizing connectivity—I’ll focus on its key features: GPS/WiFi integration, voice/video/data relay, and multi-hop mesh networking, tailored for scenarios needing reliable mobile communication.

Portable ground station

The ground station consists of portable computers and software, mainly used for controlling the movement of unmanned vehicles, controlling the operation of mission payload equipment, receiving, processing and displaying data such as information, images and videos from unmanned vehicles, and monitoring the operation status of unmanned vehicles. Portable ground station

Portable MIMO Antennas Automate GPS Tracking for Drone (UAV) / Missile Shortrange Application

Portable MIMO Antennas with Automated GPS Tracking are compact, high-performance communication tools tailored for shortrange applications involving drones (UAVs) and missiles. Leveraging Multi-Input Multi-Output (MIMO) technology, these antennas enhance signal strength and reliability, even in confined or signal-challenged shortrange environments—overcoming interference that often disrupts traditional single-antenna setups. Their built-in automated GPS tracking functionality eliminates manual oversight by continuously locking onto and monitoring the target (drone or missile), ensuring real-time, precise location data transmission throughout the shortrange mission cycle. Designed for portability, they feature a lightweight, compact form factor that enables easy deployment in field operations, vehicle-mounted setups, or temporary command points—critical for scenarios where rapid setup and mobility are essential. Ideal for shortrange tasks like drone-based tactical reconnaissance, missile test range monitoring, or localized UAV inspections, these antennas serve as a dependable link for accurate tracking and data relay, supporting mission-critical decision-making in time-sensitive, shortrange operations.

Power Amplifier

Leveraging its seasoned microwave team, process team, and management team, Hangtai Technology has steadily elevated its R&D and production standards for microwave components. The microwave components developed by this division not only satisfy the company’s own requirements for radar and radio altimeters but also extend their applications to serve the wider society.

Professional Drone Data Link with IP Mesh Radio for Small Drone Tactical Uav Operations

The Professional Drone Data Link with IP Mesh Radio is a purpose-built communication solution engineered to elevate small drone and tactical UAV operations—delivering reliable, secure, and low-latency data transmission for mission-critical scenarios. At its core, it integrates advanced IP Mesh technology, which enables the formation of a self-healing, decentralized network: this eliminates single points of failure, ensuring uninterrupted connectivity even in dynamic tactical environments (e.g., urban canyons, remote terrain, or electromagnetic interference zones) where traditional data links may falter.

Professional Drone Transmission Radio 20km Range Anti-Interference for Industrial Uavs

Designed exclusively for industrial UAV deployments, this Professional Drone Transmission Radio stands out with its 20km long-range capability and advanced anti-interference technology, delivering uncompromised connectivity for mission-critical operations. Whether used in infrastructure inspection, large-scale surveying, industrial logistics, or remote monitoring, it ensures stable, low-latency signal transmission even in complex electromagnetic environments—eliminating disruptions from nearby devices or harsh industrial settings. Built to meet the rugged demands of professional use, it empowers UAV operators to execute long-distance tasks with confidence, merging reliable performance with industrial-grade durability for seamless, efficient workflows.

Pulse Radar Altimeter MY-600L、MY-800L

The MY-600L altimeter is a fixed-frequency pulse radar altimeter developed for a specific type of aircraft, while the MY-800L altimeter is a frequency-agile pulse radar altimeter designed for another particular aircraft model. Both altimeters find wide application in cruise missiles and aircraft, serving to measure the relative height above the sea or ground. Notably, the MY-600L features a design approach centered on serialization, standardization, and modularization, which endows it with favorable product inheritance, high maturity, and reliable performance.

PXI Bus Type Universal Echo Precision Delay Module (Miniature Universal Continuous Simulation)

The PXI Radio Altimeter Simulator Module is a specialized signal simulation module that adheres to PXI bus technical specifications. Boasting key attributes including high accuracy, a wide attenuation range, simplified system configuration, and reliable stability with strong repeatability, it finds extensive application in factory testing for radio altimeter manufacturers, maintenance and inspection of altimeters, and on-site aircraft detection. As a critical module for verifying the performance and functionality of airborne radio altimeters, it serves as an indispensable foundational component for PXI bus-based automatic test systems of airborne avionics equipment.
It features communication capability with radio altimeter interfaces.
It is equipped with high-information simulation functionality.
It provides sensitivity detection for altimeters.

Queen Bee II UAV Smart Remote Control

Designed as a dedicated command center for UAV operations, the Queen Bee II UAV Smart Remote Control integrates intuitive usability with robust functionality to elevate flight management. It features a responsive interface—equipped with clear, high-visibility displays and ergonomic controls—that enables operators to monitor real-time UAV data (such as altitude, battery life, and camera feeds) and execute precise flight commands with minimal effort.
Built to adapt to diverse scenarios, from professional aerial surveys to tactical monitoring, the remote control supports stable, long-range signal transmission to ensure reliable connectivity even in complex environments. Its smart capabilities also include one-touch flight modes and quick-access settings, streamlining operations for both seasoned pilots and new users while maintaining the accuracy needed for critical UAV missions.