Henan.UAC Field Case Study

Wheat growers in Henan Province are rapidly shifting to UAV spraying—and performance under low water volume is becoming critical.

In Huaxian County, a field trial using drone-grade MKP was carried out during jointing and early grain filling stages.

✔️ Spray volume: ~2 L/mu

✔️ Concentration: 0.2–0.3%

✔️ Two UAV applications

What happened in real field conditions?

• Fully dissolved in 2–3 minutes
• No sediment, no nozzle clogging
• Smooth, stable spraying from start to finish

Crop response was clear:

• Stronger stems
• Better leaf color retention
• More uniform spikes
• Reduced early leaf aging

Yield results:

📈 +4–5% grains per spike

📈 +3–4% thousand-kernel weight

📈 +5–7% overall yield increase

In low-volume UAV spraying, it’s not just about nutrient content—it’s about how the product performs in the tank and in the air.

A formulation designed for drone use helps avoid clogging, ensures even droplet distribution, and delivers nutrients exactly when crops need them most.

For modern wheat farming, especially under tight spraying windows, reliability = productivity.

If you're working with UAV applications, this is where the difference starts.