CHCNAV ViLi i100
Visual-LiDAR RTK rover: keeps positioning without GNSS to ±5 cm over 20 m, outputs LAS with no post-processing.
Survey-grade GNSS receivers, mobile mapping scanners, and UAV LiDAR for surveyors, civil contractors, and AEC firms across Denver and the Front Range.
Serving Aurora · Lakewood · Thornton · Arvada · Westminster · Centennial and the wider Denver metropolitan area and the Colorado Front Range.
Handheld LiDAR Handheld LiDAR SLAM scanners let you walk a site and capture it as a measurable point cloud, indoors or out, without satellite reception and without pre-placed targets.
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GNSS / RTK Multi-constellation IMU-RTK rovers and base stations built for survey and construction, with centimetre accuracy and tilt compensation.
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Mapping Drones · UAV LiDAR · DJI Professional mapping UAVs and LiDAR/photogrammetry payloads that collect survey-grade data in far fewer field days.
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3D Laser Scanners Tripod-based laser scanners for millimetre-grade reality capture, scan-to-BIM, and existing-conditions documentation.
Explore →Mixed urban, transit and terrain work rewards capture that keeps working when GNSS drops out.
Visual-LiDAR RTK rover: keeps positioning without GNSS to ±5 cm over 20 m, outputs LAS with no post-processing.
Handheld LiDAR SLAM scanner for fast as-built and BIM reality capture.
Rotor mapping drone: 5 kg payload, 52 min with a 2 kg payload, LiDAR-ready.
Front Range crews cover an unusually wide range of conditions. RTD is rebuilding its oldest light-rail assets across the downtown loop through to 2027, Denver International is running a multi-part capital programme, and corridor and terrain work continues west into the mountains. Handheld SLAM handles the station and structure interiors; UAV and GNSS handle the corridors and terrain.
Talk through your configuration
Denver combines dense urban redevelopment with heavy civil, transit and mountain terrain work, and crews routinely move between all three. Transit reconstruction, airport expansion, and corridor work across the Front Range mean the same firm may be scanning a station platform one week and flying terrain the next.
Our GNSS receivers speak RTCM and NTRIP and connect to the NOAA CORS network and the commercial real-time networks Front Range crews run, as well as a base-and-rover setup. We have not found a public statewide Colorado RTN, so confirm your correction source and we verify compatibility before you buy.
Commercial drone work in the US falls under FAA Part 107. Denver International, Centennial and Rocky Mountain Metropolitan airports put much of the metro in controlled airspace where LAANC authorization applies, and mountain terrain adds density-altitude considerations for aircraft performance. Check current requirements with the FAA before operating.
Denver publishes its own low-distortion projection, CCD_LOCAL, with a scale factor at origin of 1.00025403 on NAD83(1992), and encourages its use on city projects. That scale factor is the mile-high elevation correction. A crew working in unmodified Colorado Central State Plane will be short by roughly one foot in every 3,900 feet against Denver ground control. Colorado also legislated for the modernised system: SB25-019 took effect 6 August 2025 and clears the way for SPCS2022.
We confirm which network you run and verify the receiver configuration against it before quoting. We do not publish mountpoints or credentials, and we do not claim compatibility we have not checked.
Sources: City and County of Denver survey control and CCD_LOCAL · Colorado SB25-019, State Plane modernization · Professional Land Surveyors of Colorado, geodetic resources · Colorado State Board of Licensure (DORA)
Same equipment, same support. Correction networks and airspace rules change by jurisdiction, so each market has its own page.
Somewhere else in Canada or the United States? Tell us where you are working and we will confirm shipping, support, and lead time for your region.
Denver sits high enough that unmodified State Plane grid distances differ noticeably from ground distances. The city publishes a low-distortion projection called CCD_LOCAL with a scale factor at origin of 1.00025403, which corrects for that elevation. Working in unmodified Colorado Central instead puts you out by roughly one foot in every 3,900 feet against city control.
The city publishes its CCD_LOCAL control on NAD83(1992), not NAD83(2011), which is a genuine trap for crews importing control from national sources. Confirm which realization your project requires before combining datasets.
We do not run a Denver storefront. We supply and support GNSS receivers, scanners and drones for Front Range crews from within North America, with genuine equipment, the full manufacturer warranty, and service arranged through the manufacturer network.
Tell us your workflow and correction network and a ScanSupply specialist gets back to you, typically within one business day, with pricing, configuration options, and availability for the Denver metropolitan area and the Colorado Front Range.
The people specifying your configuration have run this equipment on real sites, not just sold it. That is why a quote comes back with a recommendation and a reason, rather than a line item.
Tell us what you need and a ScanSupply specialist gets back to you within one business day. No pressure, no spam.