Commercial GPS/GNS, Military GPS, Unmanned Aerial Vehicles (UAVs), LiDAR, Precise Positioning
Here's a sample of the many types of projects we have contributed to
NavtechGPS has helped its customers pinpoint GPS jamming sources that cause equipment problems, even when others could not.
The Boomerang is a state-of the-art shooter detection system developed by Raytheon BBN Technologies to precisely locate incoming small arms fire, primarily from snipers.
The Insitu Inc., ScanEagle™ is an unmanned aircraft system (UAS) used for reconnaissance.
Using GPS to help power line utility mapping companies retrofit existing GIS equipment to significantly improve mapping accuracy.
Today, many municipalities across the United States and in Canada, employ the autoChalk™ digital chalking and license plate recognition (LPR) system developed by Tannery Creek Systems Inc.
Parameter mapping and GIS for various government installations around the U.S.
Consultant for autonomous lawn mower competition
2018 finds driverless cars in various advanced testing stages—with multiple companies focused on bringing driverless cars to public roads. Much of that progress results from an innovative race that began in 2004, The DARPA Grand Challenge.
Unmanned robotics systems for land mine detection
Our job was to outfit ground-based vehicles with full attitude GNSS systems. By using a GNSS receiver with three antennas, we could accurately show the position, heading and full orientation of the target vehicle in static or dynamic mode.
A customer reached out to us with regard their vehicle for an international solar race challenge. NavtechGPS would be tasked with ensuring that the vehicle's correction system is mobile and easily transportable, provide standalone power to its RF network, work with differing lengths of RF cables, and be easy and quick to assemble.
Using LiDAR mapping and outfitting Formula 1 cars with GPS, NavtechGPS was able to send metrics to a video game console for a real time video game experience that put the gamer in the race car cockpit.
Custom GPS/GNSS RF networking/DAS antenna systems installed in large R&D facilities, hangars, vehicle manufacturing facilities, high-rise buildings, public transportation facilities, parking garages, UAV manufacturing facilities and more.
Aerial mapping sensor
Harbor freight container placement and tracking
Geothermal well mapping for reporting to counties
Agriculture yield and monitoring systems integration
Antenna selection for train tracking
Train tracking systems
Visual tracking systems
Ocean going container vessel navigation and tracking
Bus tracking in urban environments