High-resolution geospatial capture, orthophoto and 3D models for infrastructure, construction, agriculture and defense — delivered as working files, not pretty pictures. Every flight is planned, documented and airspace-approved in advance.
Infrastructure, construction and public-sector teams.
Drone mapping is easy to perform and hard to do correctly. The difference is the accuracy chain — from mission planning to the file that opens in your software.
RTK/PPK positioning combined with ground control points and independent checkpoints for verification. Every project ships with an accuracy report — not just a claim.
High-resolution RGB for mapping and models, LiDAR for vegetation penetration and terrain, multispectral for agriculture, thermal for infrastructure and energy inspection.
Deliverables arrive in the format, coordinate system and layer structure your team already works in — Civil 3D, QGIS, ArcGIS, Revit or your internal GIS platform.
Five service lines. Most of them combine into a single field deployment when the mission justifies it.
Geo-referenced nadir capture at 80/70 overlap and ground sampling from 0.8 cm/px. Suited to planning, as-built documentation and periodic comparison.
GeoTIFF · ECW · KML/KMZ · WMTSAirborne laser scanning for vegetation penetration, terrain mapping, slope measurement and volumetrics in open or wooded terrain.
LAS/LAZ · DEM · DSM · DTMPhotogrammetric reconstruction of structures, construction sites and complex infrastructure, including oblique passes and façade capture.
OBJ · FBX · SLPK · 3D TilesTracking of quarrying, stockpiles, earthworks and construction progress — including comparison between survey rounds over time.
Cut/Fill · Contours · CSV · PDFPower lines, pipelines, rail and roads — corridor flights with asset-level documentation, clearance analysis and defect detection.
Asset DB · GeoJSON · targeted imageryEvery project ships with a fixed package. No format surprises, no files that need re-translating.
The same discipline we bring to flight test, applied to survey work.
Defining objectives and required accuracy, planning flight lines and overlap, checking airspace restrictions, securing approvals and coordinating with the relevant authorities.
Ground control layout, operational flying with the selected sensor, and real-time quality control — so problems surface in the field, not after we've left it.
Point cloud processing, distortion correction, geographic calibration, layer classification and validation against independent checkpoints.
Files delivered in the format your environment expects, with a short handover call and support on the first load into your system.
Power corridor mapping, vegetation clearance checks, facility documentation and route planning — including work with utility operators and their safety standards.
Existing-conditions survey before work begins, monthly progress tracking, cut/fill calculations and comparison against design models.
Multispectral vegetation indices, stress-zone detection, plot mapping and irrigation planning — in formats that load into farm management systems.
Mapping layers for training, site documentation and 3D models for operational planning — with an operator's understanding of how the data is actually consumed.
Urban layer refresh, existing-conditions capture for planning, building deviation checks and an updated base map for GIS services.
Payload and sensor performance testing, output accuracy validation against ground survey, and operational flying of platforms still in development.
TeamFlight is run by a certified operator with more than 12 years in civil and military unmanned systems — flight testing, systems integration and operational deployment across Israel, Germany, Brazil, Indonesia, Chile, Uzbekistan and the US. In practice: the person who shows up understands the platform, the sensor, and what your engineering team actually needs at the end of it.
Talk to us about a site
Send the site boundary, the accuracy you need and the format you work in — you'll get scope, schedule and a deliverables spec back within one business day.
Direct answers on accuracy, schedule and permits.
Under reasonable field conditions, with RTK/PPK and proper ground control, typical absolute accuracy is 2–3 cm horizontal and 3–5 cm vertical. Real results depend on vegetation cover, flight altitude and control point density — which is why every delivery includes an RMSE report against checkpoints that were excluded from processing.
For a medium-sized site, first deliverables (orthophoto and elevation model) arrive within roughly 72 hours. Classified point clouds, 3D models and complex quantity calculations usually take 5–7 working days. Rush schedules are possible when agreed in advance.
We do. Airspace planning, permit applications and coordination with the relevant authorities are part of the service, not an add-on. Restricted areas and airport proximity require longer lead time, and that's flagged at the quote stage.
Yes. The default is Israeli Transverse Mercator, but delivery is possible in any CRS and vertical datum you specify, including local project grids. It's worth agreeing on this before the field day, not after.
A field day scrubbed for wind, light or visibility moves to the nearest alternative date at no extra charge. The call is made as early as possible so your team doesn't travel for nothing.
Yes. Beyond mapping services, TeamFlight provides test piloting, systems integration and operational support for unmanned systems developers. If you're building a platform or payload and need validation against ground truth, that's exactly the overlap.