Offers a targeted spray width of 3-5 meters, ideally suited for smaller to medium-sized fields, vegetable plots, or compact orchards. Its balanced coverage eliminates overlaps and gaps, maximizing chemical use efficiency in confined areas.
Provides an expanded spray width of 3-6 meters, engineered to handle larger landscapes-from sprawling grain farms to extensive fruit plantations. This wider range reduces the number of required flight passes by up to 15%, cutting operational time while maintaining uniform coverage.
The HF T10 and T20 are engineered to match the demands of farms of all sizes, delivering robust productivity with minimal labor:
HF T10: With a 10kg loading capacity, it covers 20-40 hectares in a 6-hour shift-ideal for small sized fields, orchards, or specialty crops.
HF T20: Boasting a 20kg capacity, it handles 20-60 hectares daily, making it the go-to choice for midium commercial farms and crop plantations.
Precision Spraying Technologies: How Our Drones Ensure Accurate, Efficient Application
The HF T10 and T20 leverage three core technologies to deliver pinpoint pesticide application-minimizing waste, maximizing coverage, and adapting to diverse crop needs:
· GPS & RTK Positioning
Powered by the Microgram V7-AG flight control system, these drones achieve centimeter-level positioning. Pre-programmed flight paths (via A/B point planning) eliminate overlaps or missed spots, ensuring uniform treatment even in irregularly shaped fields-from winding orchards to sloped farmland.
· Radar Altitude Hold
A built-in height control radar maintains a consistent distance from crop canopies, automatically adjusting to terrain changes. This prevents over-spraying on low-lying crops or under-spraying on tall plants , keeping application precise across varying landscapes.
· Adjustable Atomization
The pressure spray system produces customizable droplet sizes to match crop needs:
Fine mist (50-80μm): Ideal for leafy vegetables, ensuring full coverage on both sides of leaves.
Coarser droplets (100-150μm): Perfect for dense fruit tree foliage, penetrating thick canopies with minimal drift.
Precision Spraying: Targeted Application, Reduced Waste
Equipped with high-definition imaging technology, our HF T10 and T20 drones pinpoint exactly which areas require treatment-whether it's pest-infested patches in a wheat field or nutrient-deficient zones in an orchard. This targeted approach eliminates over-spraying on healthy crops, slashing chemical waste by up to 30% while ensuring resources are allocated where they're needed most.
Integrate three core technologies to ensure accurate, efficient pesticide application:
· GPS & RTK Positioning: Equipped with Microgram V7-AG flight control systems, the drone achieves centimeter-level positioning. Pre-set flight paths (via A/B point planning) eliminate overlaps or missed areas, ensuring uniform coverage even in irregularly shaped fields (e.g., orchards with uneven terrain).
· Radar Altitude Hold: A built-in height control radar maintains a stable distance from crop canopies, adjusting automatically to terrain changes. This prevents over-spraying on low-lying crops or under-spraying on tall plants .
· Adjustable Atomization: The pressure spray system produces microns droplets , optimized for different crops:
Fine mist (50-80μm) for leafy vegetables (to ensure full coverage on both sides of leaves.
Coarser droplets (100-150μm) for fruit trees to penetrate dense foliage without drift.
The 5.5-inch high-brightness remote control display is of exceptional quality and ensures crystal-clear outdoor images, remaining highly visible even in adverse outdoor conditions. The battery, noted for its remarkable endurance, can sustain operation for 6 to 8 hours, providing reliable and long-lasting power.
Centrifugal nozzles mounted on drones are highly applicable to leafy vegetables, fruit trees, and similar agricultural contexts. In contrast to high-pressure nozzles, they present a series of advantages. They are capable of attaining a uniform spray dispersion, allowing for an even distribution of the sprayed materials. The droplet size can be flexibly adjusted to meet specific spraying needs, enhancing the spraying accuracy. They significantly mitigate spray drift, curbing waste and potential environmental hazards. They also experience less abrasion and deterioration, prolonging the nozzle lifespan. Additionally, they exhibit excellent compatibility with a wide variety of liquid substances, making them suitable for diverse agricultural spraying operations.
Standard Configuration
Advantages:
High efficiency: Covers 8 - 12 hectares per hour, 5 - 10 times faster than manual spraying, greatly shortening the operation cycle of large - area farmlands.
Cost saving: Reduces pesticide waste by 30 - 40% through precise spraying, and one operator can replace 5 - 8 manual workers to lower labor costs.
Safety guarantee: Is equipped with low - battery auto - return and obstacle avoidance functions, avoiding the risk of drone crash and ensuring the safety of operators and crops.
Versatility: Supports optional seed sowing attachment, realizing the switch between spraying and sowing functions to meet multiple agricultural operation needs.
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