Cut your survey time
Survey up to 550 ha (1360 ac) in one flight.9
Get repeatable and verifiable accuracy
Deliver 3 cm (0.1 ft) accuracy you can prove—every time.2
Fly with full compliance
Built for US regulations and pre-approved for civil government work.
Get CAD/GIS-ready outputs in one seamless flow
Plan, capture, process and export—all in one connected app.
Whether starting out or already flying—Wingtra gets you accurate data, fast
From flight planning to CAD and GIS-ready output—the only aerial survey solution that keeps it all in one, connected toolchain
Easily plan flights to get accurate results the first time, every time
Control for accuracy and avoid obstacles with a 3D color-coded view
Easily find flight plans that are organized by location
Share and review the most up-to-date flight plan synced across devices
Capture accurate, photo-realistic survey data with the Wingtra drone and the field kit
Guided ground control setup to capture and prove required accuracy1
Five-minute drone setup including guided safety checklist
Automated flights with manual take over in case of air traffic or landing obstacles
Turn the data points that you captured into accurate 2D maps and 3D models
Process drone data with just a few clicks in the cloud—no complex IT setup needed
Generate maps in one of 6,500+ published coordinate systems or import your own
Get 3 cm (0.1 ft) repeatable accuracy thanks to tested and optimized processing settings2
Work together on a single, cloud-based source of truth
Extract and annotate points, distances, slopes, and areas
Overlay designs on maps to compare as-built to as-designed
Share annotated 2D maps and 3D models via link—no heavy file transfers
Plug aerial survey data into your favorite CAD or GIS software
Export cropped or downsampled maps in your coordinate system for quick imports (.geoTIFF, .las)
Generate accurate deliverables in your CAD or GIS software
Overlay deliverables onto maps in WingtraCLOUD and share via link
Get survey data in hours—cost-efficient drone surveying lets you take on more projects, more often
Share and work on accurate, photorealistic survey data—keeping teams and clients aligned
Give everyone the full picture
More than just lines and points, photorealistic maps bring the site to life and let stakeholders instantly see what’s happening, reducing misunderstandings.
Share maps and data with a click
No massive file transfers or external hard drives—just send a link. Clients and teams can view and comment on surveys directly in their browser.
Collaborate on surveys
Your team can access the latest insights anytime from anywhere, and get measurements, overlay designs and add annotations in one place.
Create next-level deliverables
Export high-point-density survey data to your GIS or CAD software for more accurate contour lines, stockpile volumes, etc., than you’d get with sparse point-by-point surveys.
It just works—no complex setups, just reliable results
Built for accuracy
Achieve 3 cm (0.1 ft) accuracy. The guided receiver setup ensures proper data logging and lets you verify and prove your accuracy—so you and your clients can trust the results.2
Everything works together out of the box
No puzzling pieces, no setup headaches. Wingtra combines all devices and software into one seamless flow.
Cut the learning curve
Drone surveying takes time to figure out—Wingtra solved that for you. All the settings, steps, and devices are synced and sorted.
We’ve got your back
Our 100+ partners worldwide provide onboarding, training, and proactive, expert support to keep you up and running.
Built to American standards, trusted globally—enabling compliant, reliable and safe drone operations
NDAA compliant
Meets US cybersecurity standards, keeping your operations secure and future-proof against evolving regulations.
Blue UAS certified
Approved as the only VTOL mapping solution on the Blue UAS Cleared List.
FAA compliant
Operates within FAA regulations for seamless deployment across the US.
Swiss engineering
The Wingtra solution is developed and assembled to the highest standards in the Silicon Valley of Europe.3
EASA compliance
Parachute MOC 2512 & 2511
WingtraRAY’s parachute unlocks the ability to get permits for flights over roads, buildings, or populated areas—even in countries where it wasn’t possible before.
Certification
EASA C3
WingtraRAY is certified for Europe’s Open Category. That means you can fly over open land with no people nearby—no formal approval required.
STS-02 declarations for BVLOS with airspace observers
EASA C6
WingtraRAY qualifies for Europe’s STS-02 standard scenario for BVLOS with an airspace observer. Just file a declaration—no full risk assessment, or lengthy approval needed
Connectivity
4G LTE
WingtraRAY includes LTE telemetry, giving you the link you need to operate safely and stay connected in more advanced BVLOS projects.
Trusted by industry leaders worldwide—see why surveyors and GIS professionals choose Wingtra
Gabriel Wolken
Research professor, University of Alaska Fairbanks Climate Adaptation Center
On the ground, in terms of the workflow, absolutely, compared to the other drones that we used in this project, WingtraOne was really a game-changer in terms of the amount of time that we saved by only having to collect a handful of checkpoints to provide validation for analyses.
Wingtra is
6
x faster
vs. multicopter drones
Resolution
3
cm/px
(1.2 in/px)
Safer
than manned aircraft due to wind conditions
Ebenezer Owusu Dapaah
Unit Manager-Survey, Gold Fields Ghana Ltd.
With WingtraOne, pre-start flight checks are automated. Human errors are minimized. In the case of most of the other drones we’ve used, you have to check your drone by yourself, and you can miss something yet still fly it at your own expense.
Full stockpile coverage in
1
flight
Quarterly survey done in
1
week
with Wingtra
Accuracy
5
cm
(2 in)
Jacob Cash
BFW Mobile Mapping and LiDAR Department Manager
Really when they see the big picture, the WingtraOne is worth its weight in gold. Once you explain that to them they’re like ‘okay I’m sold, let’s go out and get this done.’
Survey cost
50
%
saved vs. traditional
ROI
1
job
almost paid off the cost
Average accuracy
4.5
cm
(1.8 in)
Ben White
GIS Engineer at Medici Land Governance
We went from not being drone pilots to mapping a whole island. That’s how easy it is with this system.
Area mapped
104
km2
(40 mi2)
Time to map
28
days
Money saved
150,000
USD
compared to airplane survey
Andrew Milanes
President of Environmental Science Services (Es²), Inc.
This project could not have been replicated by traditional surveying techniques. It would have taken them weeks or months to get this data, and even then wouldn’t have had the quality of data that we have now.
Mapped area
890
ha
(2,200 acres)
Time to map
4
days
Horizontal / vertical accuracy
1.5 / 2.5
cm
(0.05 ft / 0.08 ft)
Ken McDonald
Drone pilot and GIS analyst at TurnPoint Geomatics
With Wingtra, being able to fly 400 feet with a 42 megapixel camera, you know, going 30-something miles an hour. It’s just incredible. It’s so fast and such a reliable workhorse. It’s saving everybody money and is making us a better service provider to the customer.
Surveyed entire site in
35
minutes
instead of 3 hours
Captured
daily
cut-fill balance
Reduced field time by
80
%
with Wingtra
Wojciech Stolarski
Sales manager at Geotronics
With WingtraOne we surveyed the entire line of track in a week, with just 3 people. If we used classical methods, we’d need 2 or 3 whole teams to work for a month.
Forested railway mapped
40
km
(25 mi)
Time to complete the job
1
week
with 3 people instead of full survey team for a month
Achieved accuracy
2
cm
(0.8 in)
Talitha Venter
Geospatial Field Team Lead at NatCarbon Africa
It’s so time efficient and effective that you can train up your in-house people already working for you—this is just an additional thing that they can do and build up their own skill set as well. It’s easy and intuitive.
Area mapped
4,200
ha
(10,400 ac)
Time to map
7
days
Productivity boost
+70
%
vs. traditional drone workflows
Chris Kelly
Technical Services Superintendent, Jellinbah Mining
What used to take eight hours driving around an active worksite now takes less than an hour without interrupting operations.
Coverage in one flight
135
ha
(334 ac)
Monthly savings
4,700
USD
vs. terrestrial and airplane surveys
Survey speed
13
x faster
vs. ground-based methods
Andrew Milanes
President, Es2
As the number and intensity of natural disasters are increasing, the need for high-resolution aerial photography to aid in response, assessment, and recovery efforts has too. The Wingtra platform provides the ideal solution for near real-time data to support disaster response efforts.
Disaster zone mapped
1,820
ha
(4,500 acres)
Mapping time
2
days
Average GSD
1.9
cm/px
(0.064 ft/px)
Mike Morellato
RPAS Specialist, Geomatics, Strategic Natural Resource Consultants
In SCAT assessment manuals, you are traditionally instructed to hand-draw the spill details. Now we have full-blown GIS maps with geo-tagged information and the orthophoto in the background. It’s a big jump in terms of situational awareness.
Mapped and classified shoreline
Fast
turnaround
for early oil spill response
Mapped area
5
km
(3.1 mi)
Resolution
2.5
cm/px
(1 in/px)
David Samadi
CEO of Agenda Digital
Many people ask us ‘why aren’t you using another drone?’ Because WingtraOne is very safe, it minimizes a search for a take-off and landing space, and it’s easy to operate in very difficult areas while giving us good data.
Mapped area
270
km2
(104 mi2)
Time to map
19
days
Consistant accuracy
5
cm
(2 in)
J.D. D’Arville
UAS Program Administrator at ALDOT
We are taxpayer funded; we want to give them the most bang for their buck. If we fly a large project with our WingtraOne GEN II in 30 minutes instead of three hours, that is a huge savings of time and money. It allows us more time to do other projects, and we still deliver high quality, accurate data.
Flight time
30
min
vs. 3h with multirotors
120 km corridor mapped in
3.5
days
(75 miles)
Area surveyed in less than a year
4,450
ha
(11,000 acres)
Alex Lowry
Certified Drone Operator at Brent Scarbrough and Co.
As busy as we are, I think the drone probably paid for itself within the first month of us buying it. It was just worth it to buy.
Survey in
20
min
instead of multiple days
Survey
4
sites
in a day
Drone paid for itself
ROI
in just one month
Brian Kravets
UAS Operations Manager, SPACECO
Because we’re a surveying company, we always do ground control, and we always run a double and a triple check. But we’re finding less and less need to because every time, WingtraOne data is just spot-on without having to use GCPs at all.
Area mapped
1,200
ha
(3,000 acres)
Time to map
3
days
Horizontal / vertical accuracy
1.3 / 3.8
cm
(0.6 / 1.5 in)
Tyrell Murrey
Surveyor and Certified Drone Pilot at BNI Coal
We’re more than willing to spend the money for safety. Right now, Wingtra is saving someone from walking stockpile perimeters—on steep slopes, in winter. Safety-wise, it’s helped out a lot.
Survey cost per 640 acres
150-400
USD
with Wingtra in 2-3 hours
vs manned aircraft
15-20k
USD
outsourced, longer turnaround
vs. terrestrial methods
2–8k
USD
3-10 days to complete
Vaiko Veeleid
CEO, Hades Geodeesia
It doesn’t make sense to go outside and walk for three to four hours and get about 500 points and make calculations, when I can take the drone and fly for a half an hour, process the data, and I get the same or better results.
Mapped daily
22
km
(14 miles)
Volumetric deviation
2.5
%
vs 10% with contractors
Time savings
80
%
in field data collection
Albert Wang
Engineering Co-op Student at Westmoreland Mining LLC
With WingtraOne we can map an entire pit in less than an hour. When we did it manually, we’d spend four or five hours walking the entire pit. Now, it’s more accurate and takes about 30 minutes.
Survey time
30
min
per pit
Millions of points collected in
15
mins
Accuracy
2-4
cm
(0.8-1.6 in)
Alex Lowry
Certified Drone Operator at Brent Scarbrough and Co.
The Wingtra has been really top notch—the accuracy has been fantastic. I tell people all the time, I’m 99.9 percent confident that the topos I’m sending the engineers are about as accurate as you can get shooting it manually with a survey crew.
Survey in
20
min
instead of multiple days
Survey
4
sites
in a day
Drone paid for itself
ROI
in just one month
Timothy Schoen
Senior Marketing Coordinator, Borton Lawson and PVT
I think COVID has sped up the digital worker initiative. For many of our clients, including oil and gas companies, this is also better for their bottom line … the high-resolution data captured from GEN II is allowing clients to see parts of their sites that they may never have seen before.
7
x faster
vs. multicopter drones
Projects cut in half
50%
time savings
Accuracy
2.6
cm
(1 in)
Gry C.S. Kjellsmoen
Chief Engineer, Norwegian Roads Administration
Traditionally it would take me about five days in the field with a scanner to get the data we get in an hour with WingtraOne.
Cost of a 5 km (3 mi) road survey with Wingtra
270
USD
2.5 hours
vs. helicopter
11,000
USD
Outsourced
vs terrestrial laser scanner
5,200
USD
6 days
Sean Maland
Surveyor and UAV pilot at PCL
What I see with the team flying the WingtraOne is that it provides that snapshot in time. ‘This is what happened on this day, at this time.’ We can actually see how things are progressing with a historical series of images, and it helps us get through the project more efficiently.
High-res data capture
Daily
updates
to track progress with no gaps
8
x faster
vs. multicopter drones
Re-flights needed
Zero
even after 200 hours flown
300,000+
flights completed
1,500+
organizations globally
From drone data to final deliverables—how to get faster, more detailed results.
All-in-one or flexible solutions ready to deploy
For professionals who want fast, reliable drone data capture while using their own base stations, photogrammetry software, and workflows.
Organize, plan, fly and capture with a single app.
- Sync across devices—or run the full workflow on device without cloud upload 10
- Plan and monitor flights in a 2D map view
- Use offline maps for flight planning
- Automated flights with WingtraOne (All sensors supported)
- Terrain following, pause and resume, and return to home (RTH)
- Geotag in global coordinate systems (WGS84, NAD83)
For professionals who want to unlock maximum workflow efficiency with 3D flight planning, the WingtraGROUND workflow, and processing in published and local coordinate systems
Unlock features like 3D flight planning and data processing.
Data processing
Process sample maps to test your workflow
Storage
700 GB
Everything in ESSENTIAL, plus…
- Plan and monitor flights in a 3D terrain view
- Import custom terrain, obstacles, regulatory data, WMS, and 3D building layers
- Process in 6,500+ published coordinate systems and 50 geoids
- Use local grid coordinate systems and import native site calibration files (.wkt)
- Share and download maps instantly via cloud links
- Organize projects with flight overviews, flight plan commenting, and pilot assignment
- Integrated WingtraGROUND workflow 5
An easy-to-adopt solution for larger teams handling high project volumes.
Become an expert on drone surveying—insights, comparisons, and guides
1 Guided GNSS data logging and automated data upload require the WingtraGROUND field surveying kit and Wingtra PRO. Users can also log GNSS data with their own base station following their trusted workflow, but manual GNSS data handling is required.
2 This accuracy is achievable using the WingtraOne GEN II with a PPK module, the Wingtra RGB61 sensor, the WingtraGROUND field surveying kit and a Wingtra PRO subscription, under optimal conditions, on hard surfaces, and with a well-established known point on site. Checkpoints set up during the WingtraGROUND guided process validate the accuracy.
3 Switzerland has held this reputation since the dawn of reliable commercial drone technology. And it has recently graduated to the number one spot for drone innovation, worldwide.
4 Top-up possible
5 WingtraGROUND field surveying kit required
6 Subject to fair use policy
7 The times shown are based on an average 50-hectare project under standard conditions. Total workflow duration can vary significantly depending on factors like legal requirements (e.g. flight permits), terrain complexity, required GSD, weather conditions, and output needs.
8 Wingtra generates key outputs like orthomosaics and point clouds. To create other deliverables, like contour lines, surveyors use third-party tools such as Virtual Surveyor or CAD/GIS software.
9 Using the MAP61 sensor, at 2.7 cm (1.06 in)/px GSD, 120 m (400 ft) altitude above take-off point with 60% overlap
10 You can plan, capture, and geotag fully on device—no cloud syncing or data uploads. Internet is only needed for firmware updates and downloading base maps.