GeoCue TrueView 1 Lite LiDAR Sensor
Point capture rate
Global shutter camera
TrueNav positioning
Camera field of view
GeoCue TrueView 1 LiDAR Sensor with 26MP Camera
Point capture rate
Camera resolution
Hesai XT-32 scanner
Single base processing
GeoCue TrueView 1 LiDAR Sensor with 45MP Camera
Point capture rate
Camera resolution
Hesai XT-32 scanner
Trajectory correction
GeoCue TrueView 1 LiDAR Sensor with 61MP Camera
Point capture rate
Camera resolution
Hesai XT-32 scanner
Single base processing
The GeoCue TrueView 1 series is a family of drone LiDAR systems that capture rich, accurate 3D point clouds and high-resolution imagery in a single flight. Instead of flying LiDAR and photogrammetry missions separately, TrueView sensors do both at once, producing colorized 3D point clouds, oblique imagery, and orthophotos through a fast, automated workflow.
Every system is designed, assembled, and supported by GeoCue in Huntsville, Alabama, with full hardware and software support both in the field and back in the office.
The ManufacturerWhat GeoCue Makes
GeoCue is a US-based manufacturer of drone LiDAR sensors and the geospatial software that processes their data. The TrueView 1 series covers two tiers. The TrueView 1 Lite is GeoCue's most accessible sensor, built to bring survey-grade accuracy within reach without a hefty investment. The TrueView 1 is the more robust, customizable option, offering a choice of camera resolutions to match project requirements and bundling GeoCue's LP360 Drone processing software. Both weigh just 1.4 kg, capture 640,000 points per second, and are compatible with several leading drone platforms, so they maximize flight time across a broad range of aircraft.
The LineupTrueView 1 Series Models
TrueView 1 Lite
Best for: entry-level LiDAR, densely vegetated topography, coal pile inventory, vertical structure mapping, and general surveying where moderate detail is required.
Built around a proven Hesai 32 Channel Laser Scanner and a FLIR 5MP Global Shutter Camera with an 80° field of view, guided by GeoCue's TrueNav system (a custom GNSS receiver plus IMU) for precise georeferencing. The global shutter keeps imagery clear and distortion-free from a moving drone. Priced at $18,990 including a full year of TV1 Lite Annual Processing with support and maintenance; annual renewal is $3,500 after the first year.
TrueView 1 with 26MP Camera
Best for: standard surveying and mapping where moderate detail is sufficient, balancing cost and performance.
Pairs the Hesai XT-32 Dual-Return Laser Scanner with a 26MP camera for solid visual context. Dual-return capture records multiple reflections per laser pulse, improving data in vegetated environments. Includes Single Base Processing for PPK with base station access.
TrueView 1 with 45MP Camera
Best for: infrastructure inspection, where finer details like cracks or corrosion must be identified, and environmental monitoring of subtle vegetation or terrain change.
Same XT-32 dual-return scanner with a 45MP camera for more detailed imagery. Includes Single Base Processing for PPK with base station access.
TrueView 1 with 61MP Camera
Best for: complex and critical mapping: plant-level precision agriculture, detailed urban modeling, and forensic mapping where meticulous scene documentation is essential.
The highest-resolution option in the series, capturing extremely detailed imagery alongside the XT-32 dual-return point cloud. Includes Single Base Processing for PPK with base station access.
Workflow and Software
Accurate georeferencing starts in the air with TrueNav, GeoCue's integrated custom GNSS receiver and IMU. On the ground, TrueView 1 systems include an annual subscription to LP360 Drone, a complete geospatial workflow covering visualization, QA/QC tools, classification, 3D editing, and analysis, so there is a seamless path from data acquisition to finished deliverables. The TrueView 1 Lite includes one year of point cloud processing with options for software add-ons.
For trajectory correction, users choose between Single Base Processing, ideal for PPK workflows with access to a base station setup, and Base-Station-Free options that streamline fieldwork by using virtual correction services. Because LiDAR and camera fire on the same flight, deliverables include colorized point clouds that make 3D data intuitive for non-specialist stakeholders, georeferenced orthophotos that serve as accurate base maps for GIS and measurement, and detailed 3D models. The two data types also reinforce each other in analysis: LiDAR measures tree height precisely, for example, while high-resolution imagery helps identify the species.
Use CasesApplications Across Industries
Surveying and Mapping
Topographic maps, DTMs and DEMs, cadastral and boundary surveys, mine and quarry volume calculations, and archaeology, where LiDAR's ability to penetrate vegetation reveals sites hidden beneath canopy.
Construction and Infrastructure
Pre-construction site surveys, progress tracking and volume calculations, inspection of bridges, power lines, and pipelines, plus as-built documentation and BIM integration. Drones keep personnel out of hazardous areas.
Forestry and Agriculture
Tree height and canopy density measurement, biomass estimation, forest health monitoring, crop health and yield optimization, and irrigation and soil analysis.
Mining and Resources
Volumetric analysis of stockpiles and excavations, mineral deposit assessment, mine stability analysis, and environmental monitoring of operations.
Environmental Monitoring
Coastal erosion and shoreline mapping, habitat and ecosystem analysis, and disaster assessment after floods and landslides, all built on LiDAR's detailed elevation data.
Which TrueView Is Right for You?
| Model | Ideal Buyer |
|---|---|
| TrueView 1 Lite | Entry-level surveying and mapping professionals, smaller construction and engineering firms, agricultural businesses adopting LiDAR, environmental consultants needing affordable terrain mapping, and budget-conscious teams that still need survey-grade accuracy. |
| TrueView 1, 26MP | General surveying and mapping companies balancing accuracy and visual detail, construction firms tracking progress with visual context, and forestry professionals measuring tree height and canopy at moderate resolution. |
| TrueView 1, 45MP | Infrastructure inspection companies needing detailed visual analysis of assets, environmental agencies doing habitat mapping and change detection, and precision agriculture specialists assessing crop health. |
| TrueView 1, 61MP | Professional survey firms on complex, critical projects, urban planners building highly detailed 3D city models, forensic investigators documenting scenes, and advanced agriculture operations doing plant-level analysis. |
GeoCue TrueView Questions
How much does the TrueView 1 Lite cost?
$18,990, which includes a full year of TV1 Lite Annual Processing with comprehensive support and maintenance. After the first year, annual renewal is $3,500 to maintain access to processing, updates, and dedicated support. TrueFinance payment plans are also available.
What is the difference between the TrueView 1 and the TrueView 1 Lite?
The Lite uses a Hesai 32 Channel Laser Scanner with a FLIR 5MP Global Shutter Camera and is the most affordable entry point. The TrueView 1 upgrades to a Hesai XT-32 Dual-Return Laser Scanner, offers a choice of 26MP, 45MP, or 61MP cameras, and includes an annual LP360 Drone software subscription. Both weigh 1.4 kg and capture 640,000 points per second.
Where are GeoCue TrueView systems made?
GeoCue is a US-based manufacturer. TrueView systems are assembled in Huntsville, Alabama, and come with full hardware and software support.
Do I need a base station to fly a TrueView?
Not necessarily. TrueView 1 systems offer a choice between Single Base Processing, ideal for PPK workflows with access to a base station setup, and Base-Station-Free options that use virtual correction services instead.
What software is included?
TrueView 1 models include an annual subscription to LP360 Drone, covering visualization, QA/QC, classification, 3D editing, and analysis. The TrueView 1 Lite includes one year of TV1 Lite Annual Processing with options for software add-ons.
Why combine LiDAR with a camera?
LiDAR captures precise x, y, and z coordinates and can penetrate vegetation; the camera adds color and texture. Together they produce colorized point clouds, georeferenced orthophotos, and detailed 3D models from a single flight, richer than either technology delivers alone.
Need help choosing?
Tell us your mission and budget and we will spec the right platform and payloads, then send a formal quote. Agency, university, and multi-unit pricing available.
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