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Electrostatics - Does it work by aircraft?

Results of 2005 Electrostatic Research

Actual field trials results of Electrostatic Applications

Video of drift from an Electrostatic application

Ground vs. Air

Which gives the best soybean aphid control? Research data from the University of MN.

Ground Applications

What is the true cost of driving your ground applicator through growing crops? The latest research from Purdue.

 

Close up view of electrostatic aerial nozzle.

Hardware for aerial installation

Installing electrostatic components into an airplane in Brazil.

Cockpit view of electrostatic spray pilot controls.

Close-up view of boom assembly.

Installing the electrostatic nozzle boom assembly.

Ground Testing nozzles

Aerial test run.

The test run results in sorghum dessication.

Comparison photo of a conventional duster on the left and the "New" electrostatic crop duster on the right.

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Close up view of electrostatic aerial nozzle.

By switching from conventional aerial equipment to Spectrum, operators have experienced significant benefits such as:

• Increased, more uniform chemical deposition on target surfaces especially in the shaded undersides of leaves
• Increased acres/hectares treated per day/hour
• Reduced water requirements
• Reduced application time requirements (including time-related costs of labor, fuel, exhaust emission)
• Reduced ag-plane refilling “down-time”
• Reduced spray drift
• Reduced worker exposure from less chemical handling