GreenSeeker® RT200 Optimize Your Fertilizer Dollars and Profit!
The GreenSeeker system applies the right amount of Nitrogen at the right place at the right time, increasing yield and reducing Nitrogen input expense.
What is it?
The GreenSeeker® RT200 allows on-the-go zone management of top/side dress nitrogen.
How does it work?
- Sensor scans the crop using LED lights.
- Optically senses crop's health using
- egetative index.
- Predicts yield potential.
- Prescribes optimum zone nitrogen rate.
- Delivers variable rate application.
- Zone size: dependent on speed and controller (1/4 to 1/2 acre)
- Utilizes existing controller and plumbing
- Can apply UAN, UREA and NH3
The GreenSeeker RT200 "talks" to the plants. The plants tell it how much nitrogen is required.
The GreenSeeker® RT200 takes numerous NDVI readings, which are averaged across each zone. A prescription is written. The controller modifies the rate for each ensuing zone.
What does it deliver?
- An average profit improvement of $8 per acre: Boosts crop yield while reducing excess application
- Cost effective/short payback period
- Real time on-the-go zone nitrogen VRA: Advanced technology working for you, puttingnitrogren where needed most
- No application map necessary
- Day or night application
- Mapping capabilities (as applied/NDVI)
- Environmentally friendly
- Easy installation/simple operation
The RT200 sensors develop the nitrogen prescription on-the-go based upon sensing the previous zone.
GreenSeeker data collection and mapping systems allow for taking plant health and vigour measurements on your schedule!
No longer do you have to depend upon cloud free days for satellite images, or pay the high cost of aerial images. You can collect NDVI (Normalized Difference Vegetative Index) data when you need it. You can also collect data during existing farming operations such as spraying, cultivation, mowing, etc. These images can by used to create management zones, identifying pest and disease problems, evaluation of drainage systems efficacy, modifying soil sampling strategies, monitoring and modifying irrigation schedules, determine optimum harvesting dates, making variable rate prescription maps, etc.