Full-Stack In-House Fully Self-Reliant
From flight-control avionics to engine-integrated seeding, five years of R&D have crystallized into a technology matrix spanning flight, control, datalink, payload, propulsion and intelligence.
Six Core Technologies
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FLIGHT CTRL
Intelligent Flight Control
In-house flight-control avionics with fully autonomous take-off/landing and cloud-penetration route tracking — precise control even in severe weather.
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RTK NAV
Precision Navigation
RTK accuracy better than 1 m with fused navigation keeps route precision even when satellite signals are lost inside clouds.
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120 KM LINK
Long-Range Datalink
Beyond-120 km control radius with real-time telemetry and science-data downlink to the ground station.
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PAYLOAD
模块化任务载荷
One belly interface fits seeding dispensers, cloud spectrometers and EO pods — minute-level swaps between missions.
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POWER
Integrated Propulsion & Seeding
Patented engine-integrated seeding — high-surface-area nano agents co-developed with the National Center for Nanoscience, deeply fused with the propulsion system.
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AI DECISION
AI Decision-Making
Real-time cloud recognition drives seeding-timing decisions and dynamic route optimization — every release is data-backed.
Three Barriers of the Harsh High Sky
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Self-Seeding Technology
Nano silver-iodide agents with high specific surface area, integrated into the engine — no external dispenser, reliable ignition and dosed release at altitude.
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Anti-/De-Icing
Wing and intake protection keeps flights safe through supercooled droplets.
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High-Altitude Endurance
Aero-propulsive optimization reaches an 11,000 m service ceiling with sustained operations in cold, icing conditions.
The Numbers Speak
- 5Patent focus areas
- 12 unitsLarge UAVs in Service
- 10+City-level partnerships
- 100%Fully Self-Reliant
A Patent Moat in Five Directions
Swarm Control
Automated Droneport
Autonomous Flight Avionics
Engine-Integrated Seeding
Meteorological Sensing Payloads
Scientists and Engineers, Side by Side
Through joint laboratories with meteorological universities and institutes, the team combines national 863 Program experts, meteorology doctoral supervisors and chief weather-modification scientists — with field engineers seasoned by years of operations.
- Joint labs with meteorological institutes
- 863 Program expert panel on board
- Chief weather-modification scientist as advisor
- 宋飞飞Chairman
Leads corporate strategy and the overall technical roadmap.
- 高鸿General Manager / Project Lead
Ph.D. of the Chinese Academy of Meteorological Sciences; 15 years with the Shenzhen Meteorological Bureau; leads weather-modification operations and government/enterprise partnerships.
- 梁斌Professor · 863 Expert Panel
Director of the Navigation & Control Research Institute; head of the expert panel for the 863 space intelligent-robotics program.
- 张义军Doctoral Supervisor
Lightning physics and atmospheric sounding expert; doctoral supervisor at Fudan University.
- 姚展予Chief Weather-Modification Scientist
Chief scientist in weather modification; Ph.D.
- 司晟维Structural Designer
Structural designer of China’s first-generation KJ-200 early-warning aircraft, which won a first-class military S&T progress award.