Oblique Sony a6100
Optimized to map vertical structures, this 3D mapping camera allows you to generate high-resolution 3D meshes with centimeter-level absolute accuracy.
Optimised for 3D
* For successful 3D mapping, high side and front overlaps are recommended. The specified numbers refer to the suggested default values of 80% side and 85% front overlap
** 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.
* For successful 3D mapping, high side and front overlaps are recommended. The specified numbers refer to the suggested default values of 80% side and 85% front overlap
** 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.
A low-oblique configuration
The WingtraOne oblique solution combines the high-end Sony a6100 camera with a wide-angle 12mm lens in a tilted mount and low-oblique configuration.
If you are mapping bare earth or open fields, a camera looking straight down is the best solution, because the different points in your image are the same distance from your camera.
If you want to map 3D structures like buildings or highwalls, you want to capture enough detail on the vertical walls. A low-oblique configuration provides a wide field of view to the front and sides, making it the best solution to capture a maximum of detail.
Combined with WingtraOne’s unprecedented PPK geotagging accuracy, VTOL capability, and optimized oblique flight planning in WingtraPilot, you can create life-like digital twins with high absolute accuracy in a short amount of time.
The oblique payload is configured in a way that you only have to fly your area once (no cross-grid planning needed). This boosts your field efficiency and allows you to map up to 180 ha (445 ac) * in a single flight.
Case study: Zurich digital twin
What better way to test out the oblique payload than to map a city center?
Explore this high-fidelity digital twin of the city of Zurich that was generated using a WingtraOne Sony a6100 Oblique camera and Bentley’s iTwin Capture software.
Combined with WingtraOne’s unprecedented PPK geotagging accuracy, VTOL capability, and optimized oblique flight planning in WingtraPilot, you can create life-like digital twins with high absolute accuracy in a short amount of time.
The oblique payload is configured in a way that you only have to fly your area once (no cross-grid planning needed). This boosts your field efficiency and allows you to map up to 180 ha (445 ac) * in a single flight.
Case study: Zurich digital twin
What better way to test out the oblique payload than to map a city center?
Explore this high-fidelity digital twin of the city of Zurich that was generated using a WingtraOne Sony a6100 Oblique camera and Bentley’s iTwin Capture software.
Recommended post-processing software
To achieve the best 3D reconstruction results and high-quality meshes from large WingtraOne datasets, we recommend Bentley iTwin Capture or ESRI SiteScan software.
To achieve the best 3D reconstruction results and high-quality meshes from large WingtraOne datasets, we recommend Bentley iTwin Capture or ESRI SiteScan software.
Bentley iTwin Capture
iTwin Capture is our recommended solution for the creation of digital twins based on 3D mapping with the Oblique Sony a6100.
ESRI SiteScan
ESRI SiteScan is an industry-leading end-to-end, cloud-based drone mapping platform, recommended for 3D outputs and offering seamless access to ArcGIS for advanced analytic and hosting services.
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
