Product overview
The XAG P150 Pro 2025 is an agricultural quadrotor flight platform with a split design for changing task systems. Its 63-inch propellers provide propulsion, while folding arms and propellers simplify transport between sites. IPX6K protection permits whole-aircraft washing to reduce corrosive residue. The spraying configuration has a standard 75 L tank, with a 50 L tank optional, flexible-impeller pumps and centrifugal atomizers. The spreading system uses a 115 L hopper and different auger specifications for seed, fertilizer, feed and powder applications.
Transport configurations support sling loads and cargo-compartment carriage, with straight-line two-point routes for plains and recorded routes for mountainous terrain. Maximum payload is 80 kg, varying with the task system, optional searchlights, whether spray booms are removed during spreading, operating environment and parameters. Spreading feed rate reaches 300 kg/min when measured with a 50 kg bag of compound fertilizer; granule size, density and surface smoothness affect discharge efficiency. Mapping needs no additional camera and processes maps onboard without a network connection.
SuperX 5 Ultra control supports autonomous operation, alongside terrain-following functions and visual assistance. The 4D imaging radar has a 1.5–100 m detection range, with sensing and obstacle avoidance affected by light, rain, fog and target material, position and shape. Control choices include the SRC5 screen controller and ACS4 smart handle; 90 W searchlights are optional. Parallel CM13600S chargers can charge a B141050 battery from 30% to 95% in approximately seven minutes under laboratory conditions, using the XAG parallel charging cable; actual times vary with operating environment, usage and maintenance.
Specifications
| Specification | Value & conditions |
|---|---|
| Product identity and purpose | XAG P150 Pro 2025 agricultural UAV. |
| Applications | Spraying, spreading, transport and aerial surveying. |
| Airframe architecture | Quadrotor flight platform. |
| Task-system integration and folding | Split-platform design for rapid task-system changes; 63-inch propellers; folding arms and propellers for transport. |
| Maximum payload | 80 kg.Maximum payload varies with task system, optional searchlights, spray-boom removal during spreading, operating environment and operating parameters. |
| Ingress protection | IPX6K; whole-aircraft washing to reduce corrosive residue. |
| Spray tank capacity | 75 L standard; 50 L optional.75 L standard tank; 50 L tank optional. |
| Maximum spray flow | 32 L/min. |
| Effective spray width | 5–10 m.Actual operating results vary with operating environment, temperature and operation. |
| Centrifugal atomization droplet size | 60–400 micrometers.Actual operating results vary with operating environment, temperature and operation. |
| Spray pump | Flexible-impeller pump; maximum single-pump flow 16 L/min; service life over 300 hours.Service life measured in laboratory testing; actual life varies with spray liquid, workload and use. |
| Wheat spraying example | Application volume 2 L/mu; flight speed 7 m/s; spray width 7 m.Wheat-treatment operating example; adjust parameters to actual crop growth. |
| Vegetable spraying example | Application volume 3.5 L/mu; flight speed 13.8 m/s; spray width 7 m.Vegetable foliar-fertilizer operating example; adjust parameters to actual crop growth. |
| Cotton spraying example | Application volume 1.5 L/mu; flight speed 7 m/s; spray width 6.5 m.Cotton-defoliant operating example; adjust parameters to actual crop growth. |
| Orchard spraying example | Application volume 35 L/mu; flight speed 2.5 m/s; spray width 4 m.Fruit-tree spraying operating example; adjust parameters to actual crop growth. |
| Spreading hopper capacity | 115 L. |
| Maximum material feed rate | 300 kg/min.Measured using a 50 kg bag of compound fertilizer; discharge efficiency varies with granule size, density and surface smoothness. |
| Effective spreading width | 9 m.Actual operating results vary with operating environment, temperature and operation. |
| Maximum working speed | 13.8 m/s.Spreading configuration. |
| Transport modes and speed | Sling and cargo-compartment transport; maximum flight speed 13.8 m/s.Transport configuration. |
| Transport route modes | Two-point return operation using straight-line or recorded flight routes.Straight-line return routes apply to plains; recorded return routes apply to mountainous terrain. |
| Aerial mapping | Up to 300 mu per takeoff and landing; no additional camera required; onboard real-time processing supports offline map generation.Survey area measured in plains mode at 6.5 m/s in a richly textured scene; map-generation time depends on actual circumstances and may change with firmware updates. |
| Flight-control system | SuperX 5 Ultra; overall computing capability increased by a factor of 2.5.Computing increase is relative to the XAG SuperX 5 Pro flight-control system. |
| Radar sensing range | 4D imaging radar; detection range 1.5–100 m.Effective sensing range and obstacle-avoidance capability vary with ambient light, rain, fog, and target material, position and shape. |
| Control and planning | One-controller, two-aircraft autonomous operation; Android and iOS compatibility.Simultaneous control of two aircraft applies to autonomous operation. |
| SRC5 screen controller | 7-inch high-brightness integrated screen; 8-hour runtime; ultra-wide-angle FPV with 90° virtual-gimbal image adjustment.Controller runtime varies with charging environment, usage and maintenance. |
| Searchlights | Optional 90 W searchlights; forward night viewing distance up to 25 m.Optional searchlights; actual viewing distance varies with operating environment, temperature and operation. |
| ACS4 smart handle | One-button operation, quick connection, safety lock and 12-hour runtime.Handle runtime varies with charging environment, usage and maintenance. |
| CM13600S charging configuration | 3.4 kW output; 6.8 kW with parallel chargers.6.8 kW output requires parallel CM13600S chargers. |
| Battery charging times | Single CM13600S: approximately 12 minutes from 30% to 95%, or 15 minutes from 15% to 95%. Parallel CM13600S chargers: approximately 7 minutes from 30% to 95%, or 9 minutes from 15% to 95%.B141050 battery under general laboratory conditions; parallel charging requires the XAG parallel charging cable. Actual times vary with operating environment, usage and maintenance. |
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