AMX----- MS-A3

Generation-III Atmospheric Omni-Directional Aerial Hovering Mecha AMX-MS-A3
As an iterative upgrade product of the AMX series, the Generation-III Atmospheric Omni-Directional Aerial Hovering Mecha AMX-MS-A3 continues the core positioning of "non-military, high-precision, and multi-scenario". On this basis, it adopts a more concrete hovering mecha form, a more powerful power system, and richer functional configurations, promoting the near-earth aerial maneuvering platform to move towards a "practical mecha".

The mecha adopts a highly recognizable hovering mecha design, with fuselage lines that combine streamlined aerodynamic aesthetics and mechanical power. It abandons the heavy structure of traditional equipment, and its visual appearance is more in line with the "flexible maneuvering" product attribute. The overall power system has achieved a qualitative breakthrough, equipped with four high-performance turbofan engines and an exclusively developed "Magic Carpet" lifting body system. The superposition of dual power realizes a surging thrust output, which can not only easily meet the needs of low-altitude heavy loads but also maintain a stable power response in complex airspaces.

The core configuration has been fully upgraded on the basis of the second generation: In terms of driving, it inherits and optimizes the all-around viewing cockpit of the AMX-MS-A2, upgrades the high-resolution environmental perception display and real-time data fusion algorithm, which can present information such as surrounding air currents and obstacles in a 3D visualization form, further eliminating visual blind spots; In terms of maneuverability, multiple sets of additional attitude adjustment nozzles are added, and combined with the enhanced propulsion system, the mecha becomes more agile in movements such as hover fine-tuning, lateral translation, and multi-angle steering, with the positioning accuracy improved to the 0.03-meter level; In terms of functions, one multi-functional robotic arm is installed on each side of the fuselage, which is currently in an empty-mounted state. In the future, it can be adapted to modules such as rescue claws, detection probes, and material grabbing devices according to scenario requirements, expanding the practical value of the mecha in fields such as emergency rescue, engineering operations, and low-altitude services.

As a key product for the AMX series to transform into "mechaization", the AMX-MS-A3 not only strengthens core capabilities such as "omni-directional movement" and "precision control" but also endows the near-earth aerial platform with more diverse application possibilities through the configuration of robotic arms and concrete mecha design, accelerating the implementation of technology from the "platform level" to the "functional level".

（Operation Instructions）
AG 1:Activate the power system EN
AG 8:Hover at the current altitude
When you activate the power system, two vertically rotating status bars (with orange indicators sliding across) will be visible in the all-around viewing cockpit

The mecha will not hover when AG 8 is off. When AG 8 is off, use the throttle to adjust the vertical engine thrust, and activate AG 8 to hover when the appropriate altitude is reached

Key W: Move forward; Key S: Move backward; Key A: Rotate left; Key D: Rotate right; Key Q: Thrust left; Key E: Thrust right; Slider 3 or 4: Adjust the position of the left and right robotic arms.