Agras T20P PN 001364 Seed and Fertilizer Dispersion Tank | High Capacity Payload

In the industrial unmanned aerial vehicle (UAV) sector, a platform's efficiency is measured by its versatility in adapting to different missions with minimal downtime . The Agras T20P PN 001364 Spray Tank is the central component of the spreading system , designed to transform the drone from a liquid spraying unit into a powerful tool for seeding and solid fertilization.

For agricultural aviation, handling solids requires different load dynamics than handling fluids. The aerospace design of this reservoir considers the displacement of the center of gravity (CG) during operation, ensuring that the drone maintains flight stability even at maximum load. At Magallan Aerospace Supply , we provide this unique item as a strategic component for operators seeking to maximize the ROI of their aircraft through diversification of field services.

What it is and how it works.

The PN 001364 Dispersion Tank is a high-density polymer reservoir with a capacity of 35 liters (nominal load of 25 kg), specifically molded for the Agras T20P frame. It functions as a storage chamber for fertilizer granules, seeds, or feed, serving as a base for the rotary dispersion module (spreader).

Its operation is based on gravity and flow control. The tank has a wide feed opening for quick loading and a precisely tapered bottom outlet to couple with the spray motor. Internal level sensors (optional/integrated into the system) communicate with the flight controller to report the weight in real time, allowing the drone to adjust flight speed and disc rotation to maintain the desired application rate per hectare.

Operational Applications in Aviation and Drones

Direct Aerial Seeding

Used in reforestation and pasture planting projects where access by ground machinery is limited or the soil requires low compaction.

Precision Granular Fertilization

Application of urea and other solid fertilizers with centimeter precision via RTK, ensuring that the input is deposited exactly in the management zone defined in the prescription map.

Dispersal of Baits and Feeds

Used in aquaculture (fish feed) or pest control, where uniformity of spreading is critical to the success of the biological or chemical operation.

Technical and Operational Benefits

• Operational Reliability: Constructed from high-strength virgin material, withstanding the impact of abrasive granules and the intense UV radiation of the agricultural environment.
• Loading Precision: Optimized internal geometry to prevent the "bridge effect" (when material gets stuck at the outlet), ensuring a continuous flow down to the last gram.
• Reducing Logistical Errors: The quick-connect system allows for fast cleaning and replacement of supplies, preventing cross-contamination between seeds and fertilizers.
• Simplified Integration: Seamless fit into the T20P chassis, maintaining aerodynamics and airflow for cooling the lower electronic components.
• Performance Optimization: Low empty weight (tare) relative to volume, allowing the aircraft to carry more supplies and less structure.

Key Technical Differentiators

• Anti-static material: Surface treatment that minimizes the accumulation of dust and static electricity, common in the handling of dry fertilizers.
• Extra-wide cargo port: Facilitates manual or big-bag refueling, reducing aircraft ground turnaround time .
• Structural Compatibility: Designed specifically for the T20P PN 001364, ensuring that the aerospace safety latches align with millimeter precision.
• Chemical Resistance: Polymer tested against corrosion from acidic and basic fertilizers, extending the useful life of the active ingredient.

Technical Specifications

Compatibility and Installation Requirements

• Exclusive Platform: Optimized for the Agras T20P agricultural drone.
• Installation Requirements: Direct replacement of the liquid spray tank. Requires the spreading module (rotating disc and motor) for complete operation.
• Configuration: After assembly, the operator must select "Spreading Mode" on the radio control to calibrate the weight and flow sensor.

Important Technical Guidelines and Considerations

1. Mandatory Cleaning: After use with fertilizers, the tank must be washed and dried. Chemical residues can attract moisture and harden, damaging the lower dispersion module the next time it is used.
2. Input Calibration: Each type of seed or fertilizer has a "flow factor". Perform a static discharge test before operational takeoff.
3. Locking System Verification: Always verify that the chassis safety locks are fully engaged. A poorly secured fuel tank can generate harmonic vibrations that interfere with the aircraft's IMU.