SC / 01TerraSight T1
A clear picture of the ground.
A site-mapping configuration for land development, engineering design and property intelligence. The capture plan pairs aerial coverage with ground control and the checks required by the project.
Named SurveyCopter systems bring aircraft, sensors, ground methods and digital delivery together around the job to be done.
EXPLORE THE PRODUCT LINE ↓There is no universal aircraft or payload for every survey. SurveyCopter configures each product system around terrain, accuracy, access, safety and the deliverable your team needs. A system name describes the mission workflow; final aircraft, sensor, permissions and specification are confirmed for each project.
CAPABILITY CONFIGURATIONS
BUILT AROUND REAL PROJECT WORK
SC / 01A site-mapping configuration for land development, engineering design and property intelligence. The capture plan pairs aerial coverage with ground control and the checks required by the project.
SC / 02A corridor-focused configuration for roads, rail, transmission and pipeline programs. Sensor and control choices are planned around vegetation, access, visibility and the required profile or asset outputs.
SC / 03A coordinated waterbody survey workflow connecting depth observations, shoreline and surrounding terrain to one project reference. Scope is adapted to access, depth, water conditions and the required engineering decision.
SC / 04A repeat-capture system for construction teams that need consistent site records, quantities and visual comparisons. Capture dates and outputs can connect to the Falcon AI project workspace.
SC / 05An aerial inspection configuration for solar assets, pairing visual or compatible thermal capture with location-linked evidence and a practical review workflow for operations teams.
SC / 06A close-range asset-care workflow for facades and industrial structures. Inspection, cleaning equipment and operating methods are selected for the surface, access plan, safety conditions and approved scope.
SC / 07A dock-based operating concept for planned, recurring site observation. Mission schedules, access controls and review procedures are defined around the site and its operating permissions.
SC / 08A reality-capture configuration connecting aerial, LiDAR and ground data to existing-condition models and spatial project records. Model detail, formats and acceptance criteria are agreed for each delivery.
Connect captured data, mapped observations, measurements and reports in a shared project workspace. Keep the product system tied to what teams need to understand and decide.
Explore Falcon AI ↗
Tell us about the asset, terrain, access and the decision you need to support. We will recommend a practical capture and delivery configuration.
Discuss a product system ↗YOUR NEXT SITE
STARTS HERE
Tell us about the site, the decision, or the uncertainty. We’ll define the right capture and intelligence workflow.