Advantages

• Enhanced Safety : Minimizes farmers' exposure to harmful chemicals through automated spraying.
• Cost Savings : Reduces labor costs by replacing multiple workers; precise chemical usage cuts material waste.
• Eco-Friendly : GPS-guided precision reduces water and soil pollution, promoting sustainable farming.
• Durable & Low Maintenance : Constructed with aviation aluminum and carbon fiber; easy-to-replace components ensure long service life.
• Customization : Offers optional spreading systems and adjustable parameters to meet specific farming needs.

Application Scenarios

• Large-scale crop fields (such as wheat, corn, soybeans, and rice) for efficient pesticide, herbicide, and fertilizer spraying.
• Sloped farmlands with gradients up to 45°, enabled by terrain-following radar for stable operation.
• Areas requiring night operations, supported by high-brightness night flight lights and HD FPV cameras.
• Farms needing both liquid spraying (72L tank) and granule spreading (optional 80kg capacity system for seeds or fertilizer).

How does precise spraying of agricultural drones achieve efficient cost recovery?
Reducing Material Waste to Cut Input Costs
Precise spraying by agricultural drones changes the way traditional farming handles liquid substances. These devices can adjust the amount of spray according to the actual conditions of the fields, avoiding the situation where too much is applied in some areas and too little in others. This targeted approach means that the liquids used, such as those for protecting plants, are used more effectively. Over time, farmers find that they no longer need to buy large quantities of such materials, which directly reduces the money spent on these inputs. For example, in fields where certain common plants grow densely, the drone can focus on those areas without wasting materials on sparse patches.
Saving Time to Increase Working Efficiency
The speed of precise spraying by agricultural drones is much faster than manual operations. A single drone can cover a large area in a short time, and because the spraying is accurate, there is no need to go back and redo parts of the work. This means that farmers can finish the necessary tasks in less time, allowing them to handle other farming activities within the same period. For instance, during busy seasons when multiple tasks need to be completed quickly, the drone's efficient spraying ensures that one important job is done promptly, without delaying others. This kind of time saving translates into higher overall working efficiency for the farm.
Lowering Long-Term Labor Dependence
Relying on agricultural drones for precise spraying reduces the need for a large number of workers to do the spraying manually. Hiring workers for such tasks often involves ongoing costs, including daily wages and other related expenses. With drones taking over this part of the work, the number of workers needed for spraying is significantly reduced. Over the long term, the cumulative savings from lower labor costs can be substantial. In regions where finding and retaining farm workers is challenging, this shift to drones not only solves staffing issues but also helps in managing the farm's budget more effectively, contributing to faster recovery of the initial investment in the drones.

Equipped with an HD FPV camera delivering clear 1920x1080 px video resolution, this drone ensures detailed real-time monitoring of your crops. Additionally, it is designed for optimal night navigation with high-brightness night flight lights , enabling precise operation even in low-light conditions.

The H12 remote controller comes with a 5.5-inch HD screen (1920×1080, 1,000 cd/m² brightness), offering clear visuals for seamless drone operation. It provides a maximum signal range of 5 km and operates on a 2.4 GHz frequency band. With a USB Type-C charging port and a battery life of 6 to 20 hours , this remote ensures extended operation in the field, enhancing control and efficiency