Get your survey data faster
Efficient fixed-wing flight
61 MP camera
No more GCPs, checkpoints only
Lower image overlaps
High quality optics means you can reconstruct your map reliably even with lower overlaps. This means more new ground covered per flight line and maximum coverage per flight.
Data collection speed
Vaiko Veeleid
CEO, Hades Geodeesia
Survey more in a single flight
Whether it’s a highway, an industrial complex or a mine, you can now take on large projects that were previously impossible to map with a drone. And it takes you just a few hours.
Whether it’s a highway, an industrial complex or a mine, you can now take on large projects that were previously impossible to map with a drone. And it takes you just a few hours.
Comparison of the best mapping drones
Maximum coverage with one flight at 1.9 cm/px (0.75 in/px) GSD
310 ha (766 ac)
120 m (400 ft) altitude
170 ha (420 ac)
93 m (305 ft) altitude
29 ha (71 ac)
69 m (226 ft) altitude
Marshall MacNabb
Project Manager at MWH Geo-Surveys
Cut your costs
Faster data collection and expanded coverage ultimately mean your team spends less time in the field, lowering the man-hour costs associated with data collection.
Faster data collection and expanded coverage mean fewer people in the field for less time, lowering the man-hour costs associated with data collection.
Data collection time and costs for an industrial complex of 1,200 ha (3,000 acres)
| WingtraOne | Multicopter drones | Terrestrial tools |
|---|---|---|
| Time 3 days | Time 10 days | Time 20 days |
| Costs 4,500 USD | Costs 15,000 USD | Costs 30,000 USD |
These three ports totaling an area of 3,000 acres (1,200 ha) were mapped in three days with an absolute horizontal accuracy of 0.6 in (1.5 cm). All figures are estimates and do not include post-processing and final output costs. Estimates are based on a 1,500 USD per day charge by the survey company.
A drone for mapping anywhere
Thanks to its VTOL design, WingtraOne can take-off and land almost anywhere—even in confined spaces or on rough terrain. This enables you to collect data where other drones cannot.
WingtraOne’s camera never comes into contact with the ground, meaning no debris scratching your camera lens and thus a longer equipment lifetime.
Andreas Hoffman, Project Engineer
SBB’s Center for Drone Competence
Survey data quality that will set you apart
Equipped with a 61 MP full-frame camera powered by Sony, the WingtraOne takes sharp and undistorted nadir images with high pixel density, resulting in a GSD of down to 0.7 cm / px.
UAS Operations Manager SPACECO, Inc., Chicago Civil Engineering and Surveying Services
A drone you can rely on
No matter the conditions, WingtraOne operates safely and delivers high-quality data, consistently.
Engineered and assembled in Switzerland
Industry-leading reliability
More than 100,000 flights and 6 years of continuous testing and enhancements will ensure maximum up-time for your operations.
Predictive self-diagnosis
WingtraOne self-diagnosis component malfunctions using advanced machine learning algorithms based on thousands of flights.
Automated safety checks
Sharp results, even in wind
WingtraOne can safely fly and capture data in sustained winds up to 12 m/s (27 mph) and gusts up to 18 m/s (40 mph).
The Ohio State University College of Engineering
A camera for every surveying job
RGB61
Powered by the Sony Alpha 7 Mark IV, RGB61 guarantees maximum coverage, superior accuracy and a lighter data load, while offering in-app light settings control.
Sony RX1R II
Ultra-high resolution 42 MP camera with full-frame sensor and low distortion lens. Together with PPK, this camera delivers absolute accuracy down to 1 cm (0.4 in).
Sony a6100
The a6100 camera from Sony offers the best combination of accuracy and coverage for an affordable price.
Oblique Sony a6100
Optimised to map vertical structures, the Oblique Sony a6100 allows you to generate high-resolution 3D meshes with centimeter level absolute accuracy.
MicaSense RedEdge-P
Premium multispectral camera, which combines a panchromatic sensor with five narrow bands to produce high-resolution multispectral and RGB from one flight.
Software for a smooth workflow
WingtraOne comes with a rugged tablet and a feature-rich, easy-to-use flight planning app, so you can perform successful data collection from day one.
KML import
For a seamless mission, simply import KML files directly from GIS programs. WingtraPilot will construct the optimal flight path to cover the area.
Corridor mapping
The feature enables fast, efficient coverage of long, narrow stretches such as roads, pipelines or rivers.
Terrain following
Safe and effective mapping from steady altitudes in even the most mountainous areas thanks to global terrain models or your own custom elevation data.
Pause and resume
At any time during flight, you can either pause and resume the survey mission or prompt the drone to fly back to its take-off location automatically.
Offline maps
No internet connection in the field? No problem. You can always download offline maps in advance while you’re still connected to the internet.
Battery swap and resume
World-class support
Integrating new technologies into existing workflows may seem as a challenge at first, but Wingtra’s top-rated customer support is here to help you every step of the way.
Integrating new technologies into existing workflows may seem as a challenge at first, but Wingtra’s top-rated customer support is here to help you every step of the way.
Training onsite or in online video conferences
Local presence in over 60 countries via distributor network
Top-performing mapping drone
Survey specialists in various industries rely on WingtraOne for better mapping and faster data collection.
Survey specialists in various industries rely on WingtraOne for faster and better mapping.
Contact Wingtra or a local distributor. Our experts can:
- Answer any questions about the WingtraOne
- Talk about your business and operational needs
- Advise you about drone use
- Provide you with a quote
* WingtraOne’s maximum tested flight time is 59 mins. However, the flight time of any drone is influenced by many factors and should not be expected to be uniform. Read this article for more information.
** Using the RGB61 or Sony RX1R II camera and a PPK module. This level of accuracy is achievable under optimal conditions, on hard surfaces, using a well-established base station or correction data from CORS network. The results can be validated with high-accuracy checkpoints.
*** You should expect different results depending on environmental conditions and flight parameters. Specifically, temperature, altitude above sea level, side overlap, wind speed and transition altitude affect the behavior of drones and the flight time.
