Bad Elf Introduces Laser Offset Workflow for Use in Esri ArcGIS Field Maps
Bad Elf, LLC and Laser Tech (LTI), announce an integrated laser offset workflow for acquiring high-accuracy field data in GNSS-challenged environments. The new workflow integrates Bad Elf and LTI hardware in collaboration with ArcGIS technology from Esri, the global leader in location intelligence.
Bad Elf and Point One partner to provide Polaris GNSS corrections for Bad Elf Flex®
Bad Elf, LLC and Point One Navigation, Inc. announce a strategic relationship to provide nationwide GNSS corrections services compatible with the Bad Elf Flex®. As one of the first GNSS receiver partners to incorporate the Polaris GNSS corrections network, Bad Elf now offers a subscription service for nationwide RTK (real time kinematics) with centimeter-level positioning accuracy in open sky conditions. Learn more...
Affordable High-Accuracy GPS for Education
Obtaining high quality geographic information systems (GIS) data depends on effective field data collection. Poor field collection wastes labor resources and ultimately undermines the value of your GIS database.
GPS receiver capabilities range from survey grade (centimeter level accuracy) to consumer grade (~5-meter level accuracy). Of course, this demands a cost-benefit tradeoff ranging from free to prohibitively expensive for most educational institutions. Between these two extremes lies mapping grade GPS, which delivers 1 meter accuracy.
GPS receiver capabilities range from survey grade (centimeter level accuracy) to consumer grade (~5-meter level accuracy). Of course, this demands a cost-benefit tradeoff ranging from free to prohibitively expensive for most educational institutions. Between these two extremes lies mapping grade GPS, which delivers 1 meter accuracy.