| Product and applications | XAG XP 2020 agricultural drone for seeding, fertilizer spreading, pesticide application and feed distribution, operated through a smartphone or smart remote controller. |
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| Tank capacities | Supports a 20 L liquid tank and a 16 L granule hopper.With the corresponding spraying or spreading system. |
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| Spraying mechanism | Centrifugal atomization produces micrometer-scale droplets for distribution through propeller downwash.With the iRASS spraying system. |
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| Particle size | Handles 1–10 mm solid particles, including seeds and fertilizer, using high-speed airflow.With the JetSeed spreading system. |
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| Pump flow | High-frequency pulsed peristaltic pump: 7.2 L/min.With the spraying system; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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| Atomizer speed | Centrifugal atomizer speed: up to 16,000 rpm.With the spraying system; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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| Droplet size | Adjustable droplet size: 85–550 micrometers.With the spraying system; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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| Variable spraying | Spraying rate adjusts in real time with flight speed.With the spraying system. |
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| Airflow speed | Airflow discharge speed: 18 m/s.With the JetSeed spreading system; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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| Granule handling | A high-frequency vibrating agitator separates clumped and adhering particles. A roller meter portions granules with interchangeable metering grooves of different capacities. Spreading rate adjusts with flight speed.With the spreading system. |
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| Spray width | Fast spraying: 7 m; precision spraying: 4.5 m.Standard laboratory water-sensitive-paper testing: fast spraying ≥5 droplets/cm²; precision spraying ≥15 droplets/cm². Results may vary with operating environment, temperature and operation. |
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| Airborne spraying efficiency | Fast spraying: 265 mu/hour; precision spraying: 146 mu/hour.Continuous airborne spraying under standard laboratory conditions. Fast spraying: 800 mL/mu, 7 m/s flight speed and 7 m spray width. Precision spraying: 800 mL/mu, 6 m/s flight speed and 4.5 m spray width. Actual work efficiency depends on use conditions; results may vary with operating environment, temperature and operation. |
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| Propulsion | 40-inch propellers, FOC vector-control electronic speed controllers and flexible motor-to-arm connections; propulsion efficiency improves by 15% over the previous generation.The 15% improvement is relative to the previous generation under standard laboratory test conditions; results may vary with operating environment, temperature and operation. |
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| Terrain following | Supports precision terrain-following flight at 30 m.With terrain-following radar and downward vision; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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| Autonomous operation | Supports fully autonomous spraying and spreading.Operating parameters preset in the smartphone app. |
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| Multi-aircraft control | One operator can control up to 5 XAG XP agricultural drones simultaneously. |
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| Firmware updates | Supports free firmware updates through cloud OTA upgrades. |
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| Supplied controller | ACS2 one-handed controller supplied as standard. Supports flight control and handheld field surveying with the optional RTK module. Manual flight on small plots does not require an RTK base station connection.Handheld field surveying requires the optional RTK module. |
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| Gateway communications | 2.5 km communications; wireless relay, 4G mobile networking, Wi-Fi hotspot sharing, GPS positioning and external power support.With the WG1 wireless gateway; the communication distance is a standard laboratory result and may vary with operating environment, temperature and operation. |
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| Module expansion | Multiple interfaces support 10+ module groups and 110 control nodes.With the SUPERX3 Pro RTK flight controller. |
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| Emergency navigation | High-precision flight continues for 600 seconds without signal.Signal loss with GNSS, dual RTK and downward vision navigation; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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| Positioning | Centimeter-level positioning for autonomous navigation.Dual RTK with cloud base-station access; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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| Communications and redundancy | Supports 3 SIM cards simultaneously, three IMUs and AI fault prediction with redundant design.With the SUPERX3 Pro RTK flight controller. |
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| Construction and protection | Modular construction with whole-aircraft IP67 protection, wash-down cleaning and resistance to brief immersion. |
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| Structural materials | Carbon/glass-fiber composite arms and integrated aluminum-alloy landing gear; aluminum-alloy arms on the standard version.The standard version uses aluminum-alloy arms. |
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| Frame design | Frame strength +30%; roll cage, three-stage stress-release design and flexible connections to prevent propeller flutter.The strength figure is a standard laboratory result and may vary with operating environment, temperature and operation. |
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| Battery management | Third-generation B13860S battery with XBMS intelligent power management and automatic cell balancing.With the B13860S smart supercharging battery. |
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| Battery energy and protection | 865.8 Wh; water cooling and IP67 protection.B13860S smart supercharging battery. |
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| Fuel-powered charging station | 3000 W; 15-minute charging; manages two smart battery sets simultaneously; fuel consumption ≤0.6 L/kWh; a 10 L fuel tank can fully charge 20 supercharging battery sets; empty weight 26.5 kg.GC4000 fuel-powered charging station, single-channel charging. Laboratory testing under general use conditions charges one B13860S battery to 100% within 15 minutes. Actual results may vary with operating environment, temperature, operation, usage habits and maintenance. |
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| Smart supercharger | 2500 W; 18-minute supercharging with intelligent power management.With the CM12500 smart supercharger; standard laboratory test conditions. Results may vary with operating environment, temperature and operation. |
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