| Product identity | XAG P100 Pro 2023 agricultural unmanned aircraft. |
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| Design and effective payload | Folding quadrotor design with an upgraded propulsion system and 50 kg effective payload.Standard configuration with 55-inch propellers. |
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| Upgraded payload capacities | Spreading payload increases to 55 kg; spraying payload increases to 60 kg.56-inch high-performance propeller upgrade; spraying configuration additionally uses the 60 L tank. Rated effective payload varies with task system and operating conditions. |
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| Tank capacities | 80 L granular-material hopper and 50 L spray tank. |
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| Propeller diameter | 55 inches.Standard propulsion configuration. |
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| Storage volume reduction | Nearly 62%.Aircraft folded for storage. |
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| Task-system attachment | Split-platform construction with dual safety catches and protective connectors enables quick task-system changes. |
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| Arm construction | Aircraft arms incorporate multiple stress-release points to absorb impact energy. |
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| Protection rating | IPX6K; the aircraft can be washed with water after use. |
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| Spray delivery construction | Upgraded dual-tube peristaltic pump.Third-generation spraying system. |
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| Maximum spray flow | 22 L/min.Third-generation spraying system; actual operation depends on operating conditions. |
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| Droplet size range | 60–400 μm.Third-generation spraying system. |
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| Effective spray width | 5–10 m.Third-generation spraying system; actual operation depends on operating conditions. |
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| Nozzle option | Four-nozzle configuration available.Optional spraying configuration. |
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| Spray regulation and liquid sensing | Independently adjustable spray flow and droplet size, with a non-contact liquid-level sensor. |
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| Field spraying efficiency | 285 mu/h.Wheat pest and disease control; 2 L/mu application rate, 9 m route spacing, 13.8 m/s flight speed and full 50 L load. Measured efficiency includes filling, takeoff, landing, route entry and exit, and transfers. |
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| Citrus spraying efficiency | 30 mu/h.Citrus pest and disease control; 10 L/mu application rate, 3.5 m route spacing, 2.5 m/s flight speed and full 50 L load. Measured efficiency includes filling, takeoff, landing, route entry and exit, and transfers. |
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| Mango spraying efficiency | 27 mu/h.Mango pest and disease control; 20 L/mu application rate, 3.5 m route spacing, 3.5 m/s flight speed and full 50 L load. Measured efficiency includes filling, takeoff, landing, route entry and exit, and transfers. |
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| Spreading operating specifications | - Maximum feed rate: 150 kg/min;
- maximum spreading flight speed: 13.8 m/s;
- effective spreading width: 3–7 m;
- particle size: 1–6 mm.
Third-generation spreading system; spreading tests use urea and actual results depend on operating conditions. |
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| Spreader construction and control | An intelligent auger adjusts material feed with flight speed; a non-contact hopper sensor monitors remaining material. |
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| Fertilizer spreading efficiency | 1,300 kg/h.Rice-field urea application; 25 kg/mu application rate, 7 m route spacing, 9.5 m/s flight speed and full 50 kg load. Measured efficiency includes filling, takeoff, landing, route entry and exit, and transfers. |
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| Feed spreading efficiency | 460 mu/h.Crayfish feeding; 2 kg/mu application rate, 12 m route spacing, 13.8 m/s flight speed and full 50 kg load. Measured efficiency includes filling, takeoff, landing, route entry and exit, and transfers. |
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| Mapping coverage | 200 mu per mapping operation; map generation can operate without an internet connection.Second-generation mapping system; plain-terrain mode at 8.5 m/s in scenes with rich surface texture. |
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| Flight management | Automatic return on low battery or material, optimized routes when resuming interrupted work, and simultaneous control of two agricultural aircraft.Autonomous operation through the agricultural service app. |
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| Offline control | Supports a temporary local network between aircraft and controller for operation without internet access.Offline local-network operation with an ACS3 or ARC3 Pro controller; positioning accuracy may be affected. |
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| Radar detection and obstacle avoidance | Detection range: 1.5–80 m; obstacle-avoidance relative speed: ≤13.8 m/s.4D imaging radar; effective detection range varies with target material, position and shape. |
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| Automatic terrain tracking | 0.5–100 m.Terrain-following radar. |
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| Navigation continuity | High-precision navigation maintained for 10 minutes.Following sudden loss of positioning signals, using the BeiDou RTK-based inertial navigation system and downward visual positioning module. |
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| Battery construction and capacity | Lithium-polymer cells, 975 Wh rated capacity, waterproof packaging, water-cooled charging support and intelligent overcharge/overdischarge protection.B13970 battery in the associated water-cooled power system. |
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| Charging times | CM13600: approximately 11 minutes from 30% to 95%, or approximately 15 minutes from 15% to 95%. GC6000: approximately 9 minutes from 30% to 95%, or approximately 13 minutes from 15% to 95%.B13970 battery under general laboratory test conditions; actual times vary with operating environment, use and maintenance. |
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