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MYD-Remote Control X100

The MYD-Remote Control X100 is a professional-grade, mission-ready remote control system tailored for precise operation of unmanned assets—including UAVs, unmanned ground vehicles (UGVs), and industrial automation equipment. It combines an ergonomic, fatigue-resistant design with customizable flight rockers, tactile switches, and a high-brightness, high-resolution display, ensuring clear visibility and intuitive control even in harsh outdoor or industrial environments. Equipped with long-range, anti-interference 1.4G wireless communication technology, it delivers stable, low-latency control signals with a LOS range of up to 20KM, while supporting real-time data feedback (e.g., device status, sensor data) and HD video streaming. Powered by Android 13 with 8G+128G storage, it offers robust performance for app-based mission planning and parameter adjustment. Its rugged build resists extreme temperatures (-20°C~+85°C) and physical impact, while a high-capacity 28000mAh battery provides up to 5 hours of continuous operation—making it ideal for professional sectors like aerial surveying, industrial inspection, and public safety operations.

MYD-T900-35A-SMA

The MYD-T900-35A-SMA stands out as a reliable, precision-engineered connectivity component, tailored for applications demanding stable signal transmission and robust performance. Featuring SMA connectors—renowned for their excellent impedance matching and low signal loss—it ensures seamless integration in RF systems, test equipment, industrial automation setups, or communication devices. Built with durable materials to withstand harsh environmental conditions, this model balances mechanical strength with electrical efficiency, making it an ideal choice for both professional and industrial-grade projects where consistent, high-quality connectivity is non-negotiable.

MYD-T900-40-SMA 100km+ Transmission And Receiver Hopping Radio

The MYD-T900-40-SMA is a precision-engineered RF (Radio Frequency) component designed to deliver reliable signal transmission for industrial, telecommunications, and test-and-measurement applications. Featuring a 40dB attenuation rating and SMA (SubMiniature version A) connectors—renowned for their compact size and secure threaded interface—it ensures stable impedance matching (50Ω typical) and low insertion loss, minimizing signal degradation even in demanding environments. Built with durable, corrosion-resistant materials, this component supports broad frequency ranges (compatible with most RF bands up to 18GHz, depending on configuration) and seamless integration into existing systems, making it an ideal choice for optimizing signal strength and maintaining consistent performance in high-frequency setups.

MYD-T900-40AQ-SMA (Quad Serial Ports) 100km+ Transmission And Receiver Hopping Radio

The T900-40-SMA (10W) is a compact, highly integrated digital radio from the T900 series, designed for high-power, long-distance industrial data transmission. Operating in the 902-928 MHz band, it offers high receiver sensitivity. The product includes two models: the T900-40A-SMA with a maximum range of 100 km, and the T900-40B-SMA with a maximum range of 200 km under favorable line-of-sight conditions. It is well-suited for applications such as UAVs, inspection systems, and monitoring.

MYD-T900-MINI

The MYD-T900-MINI is a compact, high-performance development board tailored for embedded system enthusiasts, engineers, and IoT innovators. Powered by advanced processing capabilities, it strikes an ideal balance between small form factor and robust functionality—supporting seamless integration of peripherals, efficient data processing, and reliable connectivity for projects ranging from smart device prototyping to industrial control applications. Its user-friendly design simplifies setup and testing, making it a go-to choice for accelerating the development of next-gen embedded solutions without compromising on performance or flexibility.

MYD-TDD-FDD Link P40X

MYD-TDD-FDD Link P40X is a versatile dual-mode (TDD/FDD) wireless data link designed for mission-critical applications. It delivers up to 40dBm (10W) of output power across a customizable frequency range, ensuring robust, long-range connectivity with low latency (≤10ms) and AES256 encryption for secure operations.

MYQ-02A High Precision Atmospheric Processor

The air data processor is designed to detect the total static pressure or distributed pressure of the airflow approaching an aircraft, thereby enabling the measurement of key flight parameters including Mach number, barometric altitude, vertical velocity, and indicated airspeed. The barometric pressure signals, which are collected from outside the aircraft and serve as the input for the air data processor, undergo processing via a solving circuit. Based on specific algorithms—tailored to factors such as the number of pressure channels, the carrier’s shape, and the distribution of pressure-measuring points—the processor outputs atmospheric parameters (e.g., static pressure, total pressure, barometric altitude, indicated airspeed, and flight Mach number) and transmits these parameters to the flight control unit in digital form.
The MYQ-02A High-Precision Air Data Processor, developed by Hangtai Technology, utilizes a high-precision vibrating cylinder pressure sensor and is specifically engineered for large unmanned aerial vehicles (UAVs). Compliant with aerospace standards, this product can withstand harsh operating environments and is widely applicable for atmospheric parameter measurement in aerospace scenarios, such as high-altitude high-speed UAVs and near-space ultra-long endurance UAVs. Key characteristics of the MYQ-02A include its compact size, lightweight design, high measurement accuracy, wide operational range, and excellent stability.

MYQ-10A Barometric Altimeter

The barometric altimeter calculates the gravitational potential height of the carrier by utilizing the atmospheric static pressure surrounding the flight vehicle. This height data is then transmitted to key avionic systems, including the flight management system, inertial navigation system, autopilot, satellite navigation system, and transponder. As a critical component of the air data system, the barometric altimeter serves as an essential navigation instrument for all types of aircraft.
The MYQ-10A barometric altimeter is a dual-channel device engineered specifically for a particular unmanned aerial vehicle (UAV) model. It incorporates silicon piezoresistive pressure-sensing elements and complies with aerospace industry standards. Designed to withstand harsh operational environments, this altimeter is well-suited for measuring atmospheric parameters across various aerospace applications, such as high-altitude high-speed UAVs and near-space ultra-long endurance UAVs. Key attributes of the MYQ-10A include its compact size, lightweight design, high measurement accuracy, broad operational range, and excellent stability.

MZL20 series anti-drone laser strike system

The ZL20 features modular, lightweight, and standardized design, enabling both mobile platform deployment and permanent fixed installations. Capable of detecting various small drones like DJI Phantom 4 and FPV through autonomous search or radar guidance modes, it delivers rapid, accurate detection with zero collateral damage, serving as an effective solution to prevent unauthorized flights and accidents involving "low-altitude, slow-moving, small-sized" targets. The equipment boasts easy disassembly, portability, reliability, strong environmental adaptability, and multi-network capability, making it widely applicable in core departments, airports, oil depots, grain warehouses, nuclear power plants, dams, refineries, and large-scale event venues for low-altitude security defense needs.