WingtraOne
A mapping drone for fast and accurate surveying data every time
Reliable accuracy, every flight
Because we’re a surveying company, we always do ground control, and we always run a double and a triple check. But we’re finding less and less need to because every time, WingtraOne data is just spot-on without having to use GCPs at all.
Cover more ground than other drones
Maximum coverage with one flight
at 120 m (400 ft) flight height
MAP61
460 ha (1140 ac)
220 ha (540 ac)
drones
50 ha (120 ac)
Maximum coverage with one flight
at 90 m (300 ft), 30% side overlap
LIDAR
LIDAR
Use with your existing tools and get better results
Or level up your entire workflow
Run complete surveys with one app that connects every step and device:
- Plan flights in the office or field
- Log ground control points
- Capture survey data
- Process with one click
- Visualize orthos, point clouds, and DSMs
- Share results via link with anyone
- Downsample and export to your CAD or GIS tools
Proven in the toughest conditions
WingtraOne GEN II is built for demanding fieldwork—from mines to mountains. And with 100+ local partners worldwide, you get expert support and onboarding wherever you work.
Built to American standards, trusted globally
NDAA compliant
Green UAS certified
FAA compliant
Swiss engineering
EASA compliant
C3 certified
Specific category proven
Swiss engineering
The right sensor for every job
Technical specifications
Max sustained wind: 12 m/s (27 mph)
Max wind gusts: 18 m/s (40 mph)
Max sustained wind on the ground: 8 m/s (19 mph)
See Knowledge Base for what flight time to expect in different flying conditions
at 120 m (400 ft) altitude above take-off point with 60% side overlap
460 ha (1140 ac)
2.7 cm (1.06 in)/px GSD
at 2 cm/px (0.8 in/px) GSD with 60% side overlap
350 ha (860 ac)
92 m (300 ft) altitude
0.7 cm (0.28 in)/px
45 m (147 ft) altitude
in deliverable at 90 m AGL with 50% side overlap
Low vegetation: up to 220 pts/m2 (dual return)
High vegetation: up to 330 pts/m2 (triple return)
at 90 m (300 ft)
All-in-one or flexible solutions ready to deploy
- Sync across devices—or run the full workflow on device without cloud upload 10
- Plan and monitor flights in a 2D map view
- Use offline maps for flight planning
- Automated flights with WingtraOne (All sensors supported)
- Terrain following, pause and resume, and return to home (RTH)
- Geotag in global coordinate systems (WGS84, NAD83)
- Plan and monitor flights in a 3D terrain view
- Import custom terrain, obstacles, regulatory data, WMS, and 3D building layers
- Process in 6,500+ published coordinate systems and 50 geoids
- Use local grid coordinate systems and import native site calibration files (.wkt)
- Share and download maps instantly via cloud links
- Organize projects with flight overviews, flight plan commenting, and pilot assignment
- Integrated WingtraGROUND workflow 5
Performance and specifications
1 At 2.7 cm (1.06 in)/px GSD, using the MAP61 sensor, at 120 m (400 ft) altitude above take-off point with 60% overlap
2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in WingtraCLOUD. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.
3 Flight time depends on the sensor and flying conditions. See Flight time, coverage and job time for more details.
4 Using the Wingtra LIDAR sensor at 120 m (400 ft) about ground and with 30% side overlap
5 At 90m altitude above take-off point and 30% side overlap
6 Set output coordinate system specifications to automatically transform coordinates for over 7000 published coordinate systems.
Compliance
3 Switzerland has held this reputation since the dawn of reliable commercial drone technology. And it has recently graduated to the number one spot for drone innovation, worldwide.
Bundles and WingtraCLOUD
4 Top-up possible
5 WingtraGROUND field surveying kit required
6 Subject to fair use policy