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WingtraOne Gen IV
Wingtra
Not yet assessed
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WingtraOne Gen IV
WingtraThe WingtraOne Gen IV (with context spanning Gen II and broader Wingtra product line) is a VTOL fixed-wing drone designed for professional surveying and mapping, originating from ETH Zurich (founded 2014). It autonomously executes pre-planned survey missions — taking off, flying the mission, and landing without a human performing the task — while the operator plans flights via software and monitors from the ground. Key vendor-claimed specs include up to 550 ha per flight, 3 cm repeatable accuracy, and 59-minute flight time; independent community sources corroborate strong reliability and real-world productivity gains. Pricing for the Gen II platform starts around $19,900–$21,000 for the base unit, with full kits reaching $42,000+. No independent teardown or adversarial review evidence contradicts the core autonomy claim, though most performance figures come from vendor or vendor-affiliated sources.
Availability
Specification
- flight_speed_and_endurance
- 16 m/s (36 mph), up to 59 minutes per flight
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the Wingtra deep report
Wingtra drones are more susceptible to high winds than DJI alternatives and cannot fly into deep pits, limiting operational versatility in challenging terrain.
Independent Reddit community users [15][17][19] explicitly report wind susceptibility and pit-flying limitations as real-world drawbacks, representing credible operator experience independent of Wingtra's marketing.
from Wingtra deep report →Wingtra raised a $22M Series B in March 2023 to fund manufacturing scale-up and commercial growth.
The $22M Series B is independently confirmed by TechCrunch [14], GIM International [12], and Global Ag Tech Initiative [11] — three separate non-company outlets — though deployment of funds and resulting manufacturing outcomes remain unverified.
from Wingtra deep report →
The system achieves 3 cm RMS (x, y, z) PPK accuracy under optimal conditions, with sub-centimeter accuracy achievable using PPK + WingtraGROUND + Wingtra PRO subscription.
The 3 cm accuracy figure is consistent across official and commerce sources [1][5][9] but no independent third-party field test or peer-reviewed study in the dossier verifies this specific RMS figure under real-world conditions.
from Wingtra deep report →NASA and the U.S. Army Corps of Engineers are confirmed Wingtra customers, validating the platform for high-stakes government and scientific applications.
The dossier cites news and official case study sources [3][4][14] for these customers, but the sourcing traces back to Wingtra's own case studies and a TechCrunch article citing Wingtra's claims — no independent government procurement record or third-party confirmation is present.
from Wingtra deep report →WingtraCLOUD boosted revegetation project productivity by 70%, demonstrating transformative operational efficiency gains for environmental monitoring customers.
The 70% productivity gain figure originates solely from a Wingtra-published case study [2] with no independent audit, third-party verification, or methodology disclosure to substantiate the specific percentage.
from Wingtra deep report →
The WingtraOne covers up to 550 ha (1,360 ac) per flight — a headline marketing figure used to position the system for large-area professional mapping.
The dossier's own conflict analysis notes the spec sheet shows only 460 ha at defined operational parameters (120 m, 2.7 cm GSD, 60% overlap), and WingtraRAY is listed at up to 400 ha; the 550 ha figure is a best-case ceiling with no independent flight test to validate it [5][15].
from Wingtra deep report →
About the company
Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.