AMX----- MS-A2

Generation-II Atmospheric Omni-Directional Aerial Platform AMX-MS-A2
As an iterative upgrade of the first-generation technology verification prototype, the Generation-II Atmospheric Omni-Directional Aerial Platform AMX-MS-A2 takes "greater flexibility, higher intelligence, and enhanced safety" as its core goals, breaking through the performance boundaries of near-earth aerial maneuvering platforms and providing a new solution for high-precision operations and complex scenario applications within the atmosphere.

With its total weight precisely controlled at 4.04 tons, the platform retains the advantage of lightweight while further improving the fuselage's load-bearing capacity and overload resistance through structural optimization. The core upgrade highlights focus on three key technologies: First, it is equipped with the newly developed all-around viewing cockpit, which adopts high-transparency impact-resistant composite windows and a 360° blind-spot-free environmental perception system. It can real-time integrate infrared, radar, and optical detection data, creating a "no visual blind spot" aerial operation field of view for operators and significantly improving decision-making efficiency in complex environments. Second, it optimizes and iterates the attitude adjustment nozzles of the first generation, adopting a new multi-modal vector layout. The jet control precision is increased by 40%, enabling faster response to attitude adjustment commands and easily completing high-difficulty maneuvers such as hover fine-tuning, lateral translation, and multi-angle diving. Third, it reconstructs the core of the flight control algorithm, introducing an adaptive dynamic compensation model that can real-time correct control parameters according to changes in air pressure, wind speed, and load. Even under extreme weather conditions such as strong convection and low-altitude turbulence, it can still maintain a positioning stability of 0.05-meter level.

At this stage, AMX-MS-A2 already has multi-scenario adaptation potential: In the field of emergency rescue, it can carry rescue equipment to shuttle accurately between high-rise gaps and canyon areas to complete personnel transfer and material delivery; In the field of low-altitude security, relying on its flexible maneuverability and all-around viewing perception system, it can realize large-scale area patrol and rapid locking of abnormal targets; In the field of engineering operations, it can cooperate with detection equipment to complete high-precision inspection of high-altitude structures such as bridges and wind turbine towers. As an important breakthrough in atmospheric omni-directional aerial maneuvering technology, AMX-MS-A2 is promoting the transition of "near-earth aerial platforms" from technology verification to practical application, laying a core technical foundation for the subsequent research and development of specialized platforms.