WingtraRAY for aerial surveying: VTOL planning and geospatial data

A technical visit focused on survey workflows

During a technical visit with Wingtra and UCAN Tecnologia, CCM Engenharia took a closer look at WingtraRAY. The conversation covered flight planning, geospatial data capture and VTOL applications in aerial surveying.

The visit highlights how technology assessment begins before takeoff: teams need to understand the operation, the data required and how that data will support project decisions.

VTOL design and mission planning

VTOL stands for vertical take-off and landing. Wingtra describes WingtraRAY as a tailsitter fixed-wing aircraft: it takes off vertically and transitions to forward flight for its survey mission. The configuration is designed for mapping and surveying workflows.

The aircraft is only one part of the decision. A mission must also account for the survey area, field logistics, operating conditions and the safety and regulatory requirements that apply at the site.

From data capture to geospatial products

A flight plan defines how the area will be covered and which data products the team can produce. Before collection, the project should align its objective, spatial reference, required resolution, capture parameters, field control and deliverable formats.

Those choices shape execution and processing. A well-planned mission also helps anticipate obstacles, access needs, terrain conditions and operational limits, reducing rework and keeping the workflow focused on the project's actual requirements.

An exchange with Wingtra and UCAN Tecnologia

In Rodrigo Cordova's LinkedIn post, CCM Engenharia thanks Guilherme Vaz, Jean Augusto and the UCAN Tecnologia team for the welcome and technical exchange. The discussion addressed flight planning, geospatial capture and the use of VTOL technology in aerial surveys.

For CCMENG, meeting technology providers and surveying teams is part of evaluating tools for mapping and topographic work. Each application should be selected around project requirements for data, safety and operations.

Questions to answer before selecting a survey platform

Before choosing an aerial surveying solution, define the area, access conditions, obstacles, required resolution, spatial reference, field control and final deliverables. The right technology is the one that fits the objective and can be integrated into a verifiable workflow.

• What decision will the survey support?
• Which area and level of detail must be covered?
• What field control and spatial reference are required?
• Which files, maps or models should be delivered?