Switching from DJI to Wingtra

See what changes, what stays the same, and how Wingtra fits into your existing survey workflow when switching from DJI to Wingtra for surveying.

This guide is for US surveying and mapping teams already flying DJIs:

Why switch

See why survey teams switch from DJI to Wingtra for surveying and mapping

The core differences when switching from DJI to Wingtra

Both systems can produce accurate survey data. The difference is how the workflow and the ecosystem gets you there.

What the system is built for

Built as a flexible drone platform for many job types, from inspection to mapping. The pilot adapts the setup to the job.

Every step of the workflow is optimized for surveying and mapping. The pilot gets professional-grade survey data with less setup and guesswork.

How survey quality gets controlled

The pilot needs to know which settings matter for survey-grade results, i.e., where to find them and how to configure them correctly.

The pilot connects directly into survey logic. GSD, overlap, terrain, and coordinates are visible, guided and checked before you fly to reduce setup mistakes and lower reflight risk.

How connected the workflow is

Survey work often moves across multiple tools and hand-off points from planning to corrected output.

One connected workflow; from planning and coordinate handling, to flight and geotagged output.

What stays the same and what changes in your workflow

With a purpose-built survey system, you’ll find some familiar processes, while some change to ensure high-quality, repeatable survey results and easy adoption by teams.

Planning

What stays the same

Drawing flight areas on a map
Setting overlap and altitude
Importing KML boundaries

What is new

Site-based planning

Start with the site set up and coordinate system for your deliverables. All flights planned within the site inherit the same set up.

GSD visualization

GSD is visualized along the flight path—intuitive visualisation of expected data quality before you fly.

3D flight planning

Easily plan flights in difficult terrain and verify distance to terrain using the altitude graph.

Custom terrain import

On sites where terrain has changed — mines, quarries, active earthworks — the default model can be off by tens of meters. Import a DSM so the drone flies at the correct height and GSD stays consistent across the site.

Office-field sync

Flight plans are automatically synced between your office and field crews.

Field setup and flight

What stays the same

The drone takes off vertically, captures data along the planned path, and lands vertically—all automated (see How VTOL works)
You stay in control during the flight. The mission runs automatically, but you intervene at any point from the tablet: pause and loiter, resume, or return to home.

What is new

Guided checklist

Wingtra guides you through step-by-step checks with clear go/no-go indicators

More coverage per flight

One flight covers what might take multiple DJI flights—fewer battery swaps, fewer relocations

Operations over people

Integrated parachute enables legal flights over people and moving vehicles (FAA Category 3 OOP) without waivers.

Positioning and accuracy

What stays the same

You still need a base station or correction source
WingtraRAY is base-station agnostic—works with your existing Trimble, Leica, Topcon, or other global navigation satellite system (GNSS) hardware
You still use checkpoints to validate accuracy

What is new

Coordinate handling

Coordinate transformation errors are one of the most common mistakes. Set your coordinate system once at the site level; WingtraCLOUD applies the transformation automatically to every flight and output.

Geotagging after the flight

Import drone data into WingtraCLOUD, then add RINEX or TO2/TO4 files so WingtraCLOUD can apply PPK corrections and geotag every image.

Processing and deliverables

What stays the same

Process in your preferred software—Pix4D, Agisoft Metashape, Trimble Business Center, Bentley iTwin, DroneDeploy, ArcGIS, Leica Infinity, or others
Standard deliverables: orthomosaic (.GeoTIFF), DSM, digital terrain model (DTM), point cloud (.LAS), textured mesh (.OBJ)
Your existing CAD and GIS pipeline stays the same

What is new

Processing-ready export

WingtraCLOUD handles geotagging, PPK correction, and coordinate system preparation, then exports processing-ready data into your existing pipeline

Optional cloud processing

WingtraCLOUD can run full processing. Not required—keep using your current software

What you trade and what you gain

What you trade

Grab-and-go portability, especially compared to smaller DJI drones like the DJI Mavic 3 Enterprise. The gap is smaller versus the DJI Matrice 400, since that platform is already larger and usually comes with more battery logistics
PPK instead of live RTK corrections. Wingtra uses post-processed kinematic (PPK), so you correct positioning after the flight instead of relying on live real-time kinematic (RTK) corrections in the field. This makes the workflow more reliable when connection quality drops or internet access is unavailable. PPK adds one post-flight step, but Wingtra keeps it simple with Trimble file support, CORS file support and automated WingtraGROUND base station uploads.
No live camera feed during mapping flights. In practice, Wingtra flies higher above ground while still capturing the same or more detail, so pilots are less dependent on a live view for obstacle awareness in standard survey missions
Less manual flexibility in flight. The workflow is more autonomous and survey-focused
Not suited for hover inspections, indoor work, live video tasks, or other non-survey jobs

What you gain

Survey-centered workflow with visual verification before you fly
Larger coverage per flight—fewer battery cycles, fewer relocations
PPK corrects every image regardless of in-flight connectivity
Guided field workflow that scales across operators
Your existing GNSS hardware and processing software still work
US regulatory compliance including operations over people

NDVI maps, vegetation indices (with third-party software for data processing and analysis)

View data set

What Wingtra does not cover

Close-range hover inspection—facades, bridge undersides, towers. Keep a quad for that
Indoor or confined space operations
Live video, cinematography, or payload delivery
Spray or seeding applications

Many teams run Wingtra as the mapping backbone and keep a quad for hover-only work.

Watch: Brian’s DJI to Wingtra switch story

Brian shares what changed when he left DJI behind, from planning and PPK to flying without FPV and scaling coverage.

Common questions and concerns

Will Wingtra stay approved amid changing US regulations?

WingtraRAY is NDAA compliant, Blue UAS cleared, and Green UAS cleared—approved for US government and public-sector workflows including federally funded projects.

With the integrated parachute, it supports FAA Category 3 OOP. Wingtra products already hold valid FCC equipment authorizations.

700+ companies use Wingtra today. 40+ partners operate across the US. When regulations change, Wingtra works with regulators to keep current products compliant and future products certified.

See full compliance details

What if I can't get parts or the drone is down for months?

This is a real fear—many US based DJI users already live it with tariffs and supply uncertainty. Wingtra is a Swiss company with an established US partner network. Parts and support run through 40+ authorized US partners.

WingtraCARE is an annual protection plan that covers hardware replacement for both malfunctions and user-fault incidents—including sensors and LIDAR. No deductibles. If you also have a spare drone, you can keep flying while the replacement ships. The goal is predictable costs and near-zero downtime.

See WingtraCARE details

It looks way out of my league

Some operators see the system and assume it is built for large enterprise teams, not for their operation. That concern comes up often—and fades fast once people use it. The guided workflow is designed so that any survey professional can learn it within a few flights, regardless of team size.

I'm nervous about flying a fixed-wing

WingtraRAY is a VTOL drone. No runway. It takes off vertically, flies the mission automatically, and lands vertically.

You do not pilot it with sticks—you monitor on the tablet and intervene if needed. Most operators report the anxiety fading within the first few flights.

Does it need a big open area to take off and land?

WingtraRAY launches and lands vertically from a space as small as 2 x 2 m (7 x 7 ft). That said, as a fixed-wing it does need clear airspace around the home point for transition and loitering.

You should plan the home point away from tall obstacles and make sure the transition path is clear. The altitude graph in WingtraCLOUD helps you verify this before you go to the field.

How long until my crew is productive?

Most teams report getting comfortable within the first few flights. The guided workflow—checklist, automated data sync, standardized planning—reduces dependence on a single expert.

Plans prepared in the office sync to the field tablet, so less experienced crew members can fly a validated plan without making the survey decisions themselves.

Does it have a first-person view (FPV) camera?

No. WingtraRAY does not have a live camera feed during flight.

If you are used to DJI’s live view—seeing what the drone sees in real time—this feels like a gap at first. In practice, pilots reports that it matters less than they expected at first and two things help with the transition.

First, WingtraRAY’s shape and color make it easier to track visually from the ground at distance compared to a multicopter.

Second, after a few flights, operators report shifting their trust from a live camera feed to the flight indicators on screen. Experienced operators describe launching and then putting the tablet down until they hear sounds from it—their experience is that the drone does its thing and comes back when it needs to.

You still maintain VLOS as required. But you are tracking the aircraft visually and monitoring flight data on the tablet—not piloting through a camera.

Can a fixed-wing even follow terrain?

Wingtra does not follow terrain to the same extent as a multicopter. A multicopter can adjust continuously during flight. Wingtra adjusts altitude by flight line.

You can review the altitude graph before the flight and the expected GSD and split the mission into multiple terrain-following flight plans with different flight lines and altitude settings.

It flies beyond the survey area—what about overshoot?

True. A fixed-wing needs to turn at the end of each flight line, which means it flies beyond the boundary of your survey area. Quads do not have this.

For most sites this is not an issue. Where it is—roads, adjacent properties, populated areas—the Wingtra parachute enables legal flights over people and moving vehicles (FAA Category 3 OOP) without waivers. You can fly the turns legally over areas that would otherwise be off-limits.

What if a helicopter or manned aircraft enters my airspace?

This is a real concern and an honest limitation. WingtraRAY does not have live detect-and-avoid for manned aircraft. Your options during flight are:

Pause and loiter—the drone enters a holding circle immediately
Return to home—the drone flies back and lands autonomously

Forward obstacle avoidance (at time of writing in beta release) detects static objects like cranes or trees up to 100 m (330 ft) ahead during cruise, but it does not detect moving aircraft.

For now, following VLOS protocols and planning with the VLOS visualization tool in WingtraCLOUD are the primary safeguards.