Technology
Total Machine Control

ADI's Yield Based Design drainage program is GPS driven and achieves accuracy within one centimeter. All fields are mapped by collecting topographical data points using an ATV.

This information is then converted into a series of maps.

The maps are then used as an aid to design your system including the location of mains and the "best fit" for your field.

This design is then transferred into the plow guidance system which handles all grade changes for your project.

Is GPS accurate enough?

Yes! The ADI system uses Real-time Kinematics (RTK) and U.S. GPS satellites. Other, less accurate, control systems utilize Coastguard, WAIS and OmniSTAR type GPS systems and towers. RTK is utilized for a few simple reasons:

• RTK is the most accurate way to use GPS for unparallel accuracy within one centimeter.
• Localized Base Stations: ADI does not rely on Coast Guard towers for signals. Using ADI's localized base stations, we are assured consistent and reliable signals.
• Other systems are "Office Planners". The ADI system is a "Field Planner". In other words, ADI leaves nothing to chance. Accurate machine control allows one to change line slope as needed and still have the ability to be agile in the field.

Our first self-propelled drainage plow, purchased and brought to the U.S. in 1989

ADI's founding company, C&L Tiling, Inc. purchased and bought drainage plows to the U.S. in 1989. The goal was simple: Provide a better product and make drainage systems affordable. Now, with this goal achieved and the competition's feathers ruffled, ADI continues to push the envelope.

Latest Developments

ADI's founding company, ADI's Dual Shank Plow: Purpose built for sub-irrigation/drainage systems, the plow is the first of its kind in the United States.

The plow unit is mated to a self-propelled ADI power unit. The new dual shank design will give ADI the ability to install 2" and 3" laterals on 12' spacings.