Experience the next level of drone surveying with the WingtraOne GEN II. This advanced drone features an oblique payload, built-in PPK GNSS receiver, and improved landing accuracy, offering superior reliability and versatile mapping capabilities.
A mapping drone for fast and accurate surveying data every time
wingtraone gen ii
The figures provided are based on Wingtra’s coverage and labour cost calculator, comparing the most popular competitor drone and camera models. These numbers may differ based on variables like overlap, camera model, and flying altitude. Note that this model focuses solely on data collection and does not consider aspects such as flight planning, setting up GCPs, data processing, or time spent relocating between flights.
Powered by the Sony A7R Mark IV, RGB61 guarantees maximum coverage, superior accuracy and a lighter data load, while offering in-app light settings control.
Sensor
GSD range*
Coverage at lowest GSD
at 45 m altitude
Resolution
Best absolute accuracy**
horizontal / vertical
Coverage at 120 m
at 1.9 cm/px GSD
RGB Sensor
Oblique Sensor
Multispectral Sensor
Full-frame sensor
APS-C sensor
Multispectral / panchromatric
wingtraone gen ii
Experience Unmatched Precision and Efficiency with Our Advanced VTOL Drone Designed for Professional Surveyors and GIS Professionals
Experience extensive coverage with flight speeds of up to 16 m/s (36 mph) and a flight duration of up to 59 minutes per journey.
With the ability to fly higher than drones restricted to 20 MP cameras, WingtraOne captures more ground and finer details in every image, covering a larger area in each flight
Equipped with a high-precision PPK GNSS receiver, the need for laying out ground control points (GCPs) is eliminated. Now, you can simply use as few as three checkpoints to confirm the quality of your map.
Superior quality optics enable reliable map reconstruction with reduced overlaps, allowing for more ground coverage per flight line and maximizing the area covered in each flight.
The figures provided are based on Wingtra’s coverage and labour cost calculator, comparing the most popular competitor drone and camera models. These numbers may differ based on variables like overlap, camera model, and flying altitude. Note that this model focuses solely on data collection and does not consider aspects such as flight planning, setting up GCPs, data processing, or time spent relocating between flights.
Each fixed-wing drone is subjected to more than 300 rigorous tests to ensure the highest quality standard.
More than 100,000 flights and 6 years of continuous testing and enhancements will ensure maximum up-time for your operations.
WingtraOne self-diagnosis component malfunctions using advanced machine learning algorithms based on thousands of flights.
Before every flight, the WingtraOne automatically checks its own sensors and actuators to make sure you can fly safely.
Powered by the Sony A7R Mark IV, RGB61 guarantees maximum coverage, superior accuracy and a lighter data load, while offering in-app light settings control.
Sensor
Coverage at lowest GSD
at 45 m altitude
Resolution
Best absolute accuracy**
horizontal / vertical
Coverage at 120 m
at 1.9 cm/px GSD
GSD range*
RGB Sensor
Full-frame sensor
Oblique Sensor
Full-frame sensor
Multispectral Sensor
Multispectral / panchromatric
