When our engineering team first developed spray systems 1 for overseas markets, we quickly learned that water-based tests alone never tell the full story. Thick fertilizers, oil-based pesticides, and local adjuvants behave completely differently in pumps and nozzles 2. This mismatch causes costly field failures for importers who trust basic factory specs.
To test agricultural drone spraying performance for different liquid viscosities, request flow rate consistency tests across multiple liquid types, nozzle clog resistance trials with your specific chemicals, software calibration demonstrations for density adjustments, and durability reports showing hardware performance after extended viscous liquid exposure.
This guide walks you through practical testing protocols. You will learn exactly what to ask suppliers, what data to demand, and how to verify performance before committing to a purchase.
How can I verify that my drone's pump system maintains a consistent flow rate when switching between water and high-viscosity liquids?
Inconsistent flow rates ruin spray uniformity and waste expensive chemicals. factors influencing spray uniformity 3 Our production line handles orders from the US and Europe where operators use everything from thin herbicides to thick biological
Voetnoten
1. Explains precision spray technology in agriculture and its benefits. ↩︎
2. Covers nozzle selection, flow rates, and calibration for agricultural sprayers. ↩︎
3. Authoritative .edu source discussing factors affecting spray coverage, directly related to spray uniformity. ↩︎
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