M6-15 Tethered Drone Maximum Takeoff Weight 42KG

M-150 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle

The M-150 is a heavy-lift VTOL UAV featuring a rugged composite wing airframe that delivers an impressive 150 kg payload capacity, extended endurance, and seamless transition between vertical and horizontal flight, making it ideal for long-range logistics, search and rescue, and industrial applications.

M40-Pro Tethered Drone Maximum Takeoff Weight 66KG

The M40-Pro Tethered Drone is a high-performance UAV with a 66 kg maximum takeoff weight and a 15-20 kg payload capacity. Its tethered design delivers continuous power and secure data transmission, enabling missions exceeding 24 hours for persistent surveillance, communications relay, and emergency response operations. The robust airframe ensures stability in various weather conditions, while the modular payload system supports rapid integration of specialized equipment.

MQ-600 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle

The MQ-600 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle is a remarkable innovation in the field of UAVs. Combining the advantages of fixed - wing and rotorcraft, it features a composite wing design that enables both vertical takeoff and landing, eliminating the need for a runway. This makes it highly adaptable to various terrains, from mountainous regions to urban areas. Equipped with advanced avionics and a reliable power system, the MQ - 600 can achieve long - range flights with high endurance. Its payload capacity is substantial, allowing it to carry out diverse tasks such as surveillance, reconnaissance, and even light cargo transportation. Whether for military operations, like delivering supplies to remote outposts, or civilian applications such as disaster relief and infrastructure inspection, the MQ - 600's versatility and performance make it a top choice.

M-13 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle

The M-13 Vertical Takeoff and Landing (VTOL) Composite Wing Unmanned Aerial Vehicle combines the flexibility of VTOL capability with the efficiency of fixed-wing flight, eliminating the need for runways and enabling operation in confined or remote areas. Crafted with advanced composite materials, it boasts a lightweight yet durable structure that enhances payload capacity and extends endurance. Equipped with reliable navigation systems, high-definition imaging or specialized mission payloads (e.g., multispectral sensors), and stable flight control, the M-13 excels in diverse scenarios—from aerial mapping, agricultural surveillance, and infrastructure inspection to environmental monitoring—delivering consistent performance, long-range coverage, and easy deployment for both professional and industrial users.

M-20 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle

The M-20 Vertical Takeoff and Landing (VTOL) Composite Wing Unmanned Aerial Vehicle merges the operational flexibility of VTOL technology—allowing runway-free takeoff/landing in tight or remote spaces—with the long-endurance efficiency of fixed-wing flight. Constructed with high-strength composite materials, it features a robust yet lightweight frame that supports larger mission payloads, such as high-resolution cameras, multispectral scanners, or LiDAR modules. Equipped with advanced GPS navigation, autonomous flight modes, and stable control systems, the M-20 excels in professional scenarios including large-scale aerial surveying, precision agriculture, long-range infrastructure inspection (pipelines, transmission lines), and environmental patrols, offering reliable performance, extended operational range, and seamless deployment for industrial and commercial users.

M-40 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle

The M-40 is a high-performance VTOL UAV that combines the operational flexibility of vertical takeoffs and landings with the efficiency of a composite-wing fixed-wing aircraft. Its advanced materials and aerodynamic design deliver exceptional endurance, speed, and payload capacity while minimizing its radar signature.

This versatile platform seamlessly transitions between hover and forward flight, enabling operations from confined spaces without requiring runways. Equipped with a sophisticated avionics suite and autonomous flight systems, the M-40 excels in intelligence, surveillance, reconnaissance, and logistics missions across diverse and challenging environments.

M-80 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle

The M-80 is a high-performance VTOL UAV featuring an advanced composite wing design that delivers an exceptional balance of payload capacity, endurance, and operational flexibility. This medium-lift platform seamlessly transitions between vertical and horizontal flight, enabling runway-independent operations in diverse environments. Its rugged, lightweight airframe combines durability with efficiency, making it ideally suited for a wide range of missions including logistics support, search and rescue operations, precision agriculture, and detailed mapping. Equipped with advanced avionics and autonomous flight systems, the M-80 ensures reliable performance and mission success in challenging conditions.

M-50 Vertical Takeoff And Landing Composite Wing Unmanned Aerial Vehicle

The M-50 is a high-performance VTOL UAV that combines an 8-rotor configuration with a sleek, carbon fiber composite wing design, delivering exceptional payload capacity (up to 50 kg) and endurance (70 minutes unloaded) in a durable, lightweight airframe.

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