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UX11 Ag
Delair
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UX11 Ag
DelairThe Delair UX11 Ag is a fixed-wing UAV built on the UX11 platform, manufactured by Delair (founded 2011, headquartered in Toulouse, France) and specifically optimized for large-scale agricultural and forestry surveying. It weighs 1.4 kg, features an integrated high-grade multispectral camera, dual-frequency GNSS with PPK for centimeter-level geolocation, and supports BVLOS operations with up to ~59–80 minutes of flight endurance covering 300+ acres per flight. The system is hand-launchable with BTOL capability, available in 70+ countries, and integrates with software platforms such as Trimble Business Center. No independent user reviews or teardown reports are present in the supplied facts; all substantive claims derive from official/vendor or trade-press sources.
Availability
Specification
- weight
- 1.4 kg
- flying_range
- 53 km / 33 mi
- camera_payload
- Integrated high-grade multispectral camera for plant-level crop analysis; global shutter RGB camera on base UX11
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the Delair deep report
Delair received $14.5 million in funding from Andromède and additional investment from Intel Capital, with Intel collaboration extending to the Intel Insight Platform for enterprise drone data deployments.
The Andromède funding round is independently confirmed by GIM International [9] and PR Newswire [11]; Intel Capital investment is corroborated by sUAS News [12] and STT Info [13], though the scale of resulting enterprise deployments on the Intel Insight Platform remains unverified.
from Delair deep report →
Delair is the maker of the world's first commercially certified BVLOS drone.
This claim originates solely from Delair's own official website [1][3]; no independent regulator, journalist, or third-party test in the dossier corroborates or challenges it.
from Delair deep report →Delair UAVs are BVLOS-capable and execute automated flight patterns (e.g., automated perimeter surveillance) without a human physically piloting the aircraft.
Automated BVLOS flight and perimeter surveillance patterns are described on Delair's own defense solutions page [2], but no independent field test, regulator report, or customer account in the dossier independently verifies this operational capability.
from Delair deep report →Delair drones can track 4 targets in parallel via video and provide real-time data transmission with no radar signature.
These specific capability figures (4-target parallel tracking, real-time transmission, no radar signature) are stated only on Delair's official defense page [2] with no independent verification in the dossier.
from Delair deep report →Delair UAVs have been operationally deployed with OSCE in Ukraine, accumulating thousands of flight hours.
The OSCE Ukraine deployment and flight-hour figure are cited on Delair's own defense solutions page [2]; while the OSCE's use of UAVs in Ukraine is publicly documented elsewhere, no independent source in this dossier specifically corroborates Delair's aircraft or the flight-hour claim.
from Delair deep report →Delair UAVs are deployable in less than 30 minutes by two people, with fixed-wing to VTOL conversion in 15 minutes and no tools required.
Deployment and conversion time figures come exclusively from Delair's official product and defense specifications [1][2]; no independent operator, military user, or journalist in the dossier has tested or confirmed these timings.
from Delair deep report →Delair's system operates at a supervised-autonomous level: drones execute BVLOS missions autonomously, but mission commanders actively monitor, browse 3D models, and make tactical decisions during operations — it is not fully autonomous.
The human-in-the-loop command structure is described on Delair's own defense page [2]; no independent operational assessment in the dossier confirms the actual degree of human oversight required in live deployments.
from Delair deep report →Delair UAVs operate across a temperature range of -15°C to +50°C and use dedicated military/security frequency bands for extended-range communications.
Both the temperature range and military-band communications specifications are stated only on Delair's official defense solutions page [2], with no independent environmental test data or regulatory frequency certification cited in the dossier.
from Delair deep report →
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