CXXMUH750 Unmanned Helicopter

No Power Attenuation: Equipped with a plateau supercharged aero-engine, it completely solves the problem of engine power loss in high-altitude environments. It supports a maximum takeoff and landing altitude of 5300m (covering plateau border outposts above 5000m in Tibet, Qinghai, etc.), and a service ceiling of 6500m can meet the demand for material delivery to high ground in plateau mountainous areas. It fills the gap that traditional unmanned helicopters "cannot fly or carry loads at high altitudes".

High-Low Temperature Adaptability: The engine and flight control system work together to cope with extreme temperature differences (-30℃ to 40℃) at high altitudes. It can stably perform cold-proof material supply for plateau outposts in winter and withstand high-temperature operations in mountainous areas in summer, ensuring year-round high-altitude logistics support.

Strong Space Adaptability: With a compact fuselage (4.5m in length, 1.6m in width, 2.5m in height), it is only 0.3m longer than the FWH-450. It can take off and land flexibly in narrow spaces such as plateau outpost yards, warship decks, and beside mountain bunkers. At the same time, the maximum mission payload of 200kg (33% higher than that of the FWH-450) can meet the dual needs of "small sites + medium-weight materials". It can transport equipment for 4 combat teams or 3 emergency stretchers for seriously injured personnel in a single trip.

Easy Transportation and Deployment: The compact structure is suitable for transfer by small military trucks or transport aircraft. It only takes 30 minutes from transportation to takeoff preparation, supporting the military and police needs of "rapid maneuver and immediate supply" in combat.

Strong Anti-Interference Capability: Adopting an intelligent robust control algorithm, it can real-time cope with high-altitude gusts, mountain turbulence, and maritime waves (level 7 wind resistance during flight). Even with load changes (such as material center-of-gravity deviation) or moderate rain, it can still maintain stable flight, avoiding "supply interruption caused by sudden environmental changes".

Precise Delivery Guarantee: With a control accuracy of ±1m, it can complete fixed-point delivery of precision materials such as ammunition and first-aid kits, or stably hoist small tactical equipment (such as portable radars and communication base stations) through a lifting device, solving the problem of "inaccurate delivery and unstable hoisting" in complex terrain.

Speed Breakthrough: With a maximum flight speed of 160km/h (40km/h faster than the FWH-450) and a cruise speed of 100-120km/h, it is suitable for emergency mission response—for example, if a plateau outpost 150km away is attacked, ammunition supply can be completed within 1 hour; evacuation of seriously injured personnel from a battlefield within 100km can reach a rear hospital in 50 minutes, which is 2-3 times faster than traditional transportation methods.

Endurance Adaptability: A 3-hour endurance can cover patrol supply for multiple strongholds at high altitudes (such as sequential supply to 3 outposts in the 5300m altitude area). Combined with high-speed characteristics, the total mission coverage range is 25% higher than that of low-altitude models with the same endurance.

Applicable Scenarios: Winter cold-proof material supply, heavy equipment spare parts (such as plateau-type generators, radar components) transportation, and emergency medical support for plateau border outposts above 5000m (e.g., Southern Tibet, Ngari Prefecture).

Core Value: The 5300m takeoff and landing altitude allows direct access to high-altitude outposts. The 200kg payload can carry 8 sets of winter tactical cold-proof suits + 2 small plateau generators (solving the outpost power supply problem), or 3 emergency stretchers for seriously injured personnel + a full set of plateau first-aid equipment (such as spare parts for portable hyperbaric oxygen chambers). The 6500m service ceiling can avoid enemy fire reconnaissance at low altitudes, ensuring the smooth flow of the "life supply line" at high altitudes.

Applicable Scenarios: Emergency ammunition supply for front-line tactical units (e.g., plateau border defense companies, mountain combat teams) and delivery of heavy emergency equipment (such as portable ventilators, field operating tables).

Core Value: The 160km/h high speed can realize a "1-hour emergency response circle"—for example, if ammunition is in short supply at a front-line position 200km away, "transportation-delivery-return" can be completed within 2 hours; the 200kg payload can carry 80 82mm mortar shells (meeting the needs of 1 mortar platoon for one high-intensity battle). The intelligent flight control can cope with turbulence caused by battlefield artillery fire, ensuring accurate delivery of ammunition to positions and reducing the risk of personnel exposure.

Applicable Scenarios: Hoisting of small tactical equipment (such as portable communication base stations, reconnaissance radars) in mountain battlefields and forest strongholds, or rescue of stranded personnel in cliff and canyon areas.

Core Value: The combination of coaxial twin-rotor and ±1m control accuracy enables stable hoisting of 200kg-class equipment (such as 1 set of small battlefield reconnaissance radar) in mountain canyons and forest gaps, avoiding equipment being unable to reach due to terrain restrictions. When equipped with a rescue winch, it can accurately hoist stranded military and police personnel at cliff edges. Combined with an electro-optical pod, it realizes "integrated positioning-lifting-rescue", improving the success rate of rescue in complex terrain.

Applicable Scenarios: Emergency casualty evacuation between naval warships and remote island reefs, and delivery of emergency materials (such as hemostatic drugs, warship maintenance spare parts).

Core Value: The level 7 wind resistance capability during flight adapts to the maritime wave environment. The 160km/h high speed can shorten the ship-island rescue time (e.g., stranded personnel on a ship-island 120km away can be transferred to a medical ship within 1 hour); the 200kg payload can carry emergency food for 50 people + 20 sets of life-saving equipment, combining the dual tasks of "rescue + supply" and solving the logistics pain point of "emergencies cannot wait" on remote island reefs.