Hemisphere GPS Introduces Outback MAX with ConnX
September 14, 2012
Hemisphere GPS has introduced Outback MAX with Outback ConnX — what it calls its “next-generation Outback Guidance […]
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Hemisphere GPS has introduced Outback MAX with Outback ConnX — what it calls its “next-generation Outback Guidance […]
A new method brings together advantages of real-time kinematic (RTK) and precise point positioning (PPP) in a technique that does not require local reference stations, while still providing the the high productivity and accuracy of RTK systems with the extended coverage area of solutions based on global satellite corrections. The real-time centimeter-level accuracy without reference-station infrastructure is suitable for many market segments — and is applicable to multi-GNSS constellations.
Trimble announced today that its high-accuracy, satellite-delivered CenterPoint RTX correction service is now available for farmers in Latin America. The new coverage area has been expanded to include all of Mexico, Central America, and South America, where farmers can use the GNSS correction service for cultivating, planting, pest and nutrient management, harvesting and water management.
The world population will soon need more food than we can currently produce. This article discusses some interesting GNSS agricultural innovations that have the potential for productivity improvements. Hemisphere, Septentrio, Case New Holland, and John Deere are all actively engaged in finding solutions using GNSS and are all overcoming technology and implementation limitations with new innovative approaches.
Across transportation, agriculture, industry, commerce, and finance, GPS has replaced earlier technologies, opened up innovative applications, and led to new ways of doing old things. GPS now plays a key role in the critical infrastructures of all industrialized nations, from the most sophisticated telecommunications system to the production of a simple loaf of bread. Wheat is the world’s second staple food, and bread its main product. Bakers have been around for 30,000 years. GPS, among its manifold other duties, now also helps bring us our breakfast toast and midday sandwich.
Nav On Time, a French Company located in Toulouse, has successfully completed a trial campaign of its Mow-By-Sat precision guidance on a commercial lawnmower. In August, the prototype of a GPS-guided robot lawnmower was installed on a golf driving range near Toulouse and tested in real conditions of use, day and night, maintaining a 25,000 square meter lawn since then. In a previous campaign, the mower covered more than 2.2 million yards — equal to1,250 miles or 2,000 kilometers — in 2,100 hours. (See videos of the mower in action at www.youtube.com/DSnavontime.)
Leica Geosystems and TeeJet Technologies have embarked on a partnership in which TeeJet will distribute Leica’s No-Drift mojoRTK auto-steer system under its own label, adding RTK-accuracy guidance to TeeJet’s suite of precision agriculture products.
Most precision agriculture users have settled for 1-meter accuracy using GPS, made possible with the reliable and convenient corrections provided by WAAS (Wide Area Augmentation System). GPS/GNSS is important to key areas in agriculture, including field mapping, yield mapping, and guidance.
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