Vilverin VL340
Multi-Mission VTOL Platform
eVTOL FIXED-WING UAV
Vilverin VL340 Hybrid eVTOL is a high-performance Vertical Takeoff and Landing (VTOL) UAV designed for aerial surveying, mapping, surveillance, and professional applications. Optimized aerodynamic design with winglet, dihedral V-tail, and more to meet the advanced concept of high flight stability & quality, long endurance, and multiple payloads with modular payload bay design. Composite materials which feature high strength and lightweight allow the UAV to maintain flight performance under extreme environmental conditions. Vilverin VL340 can stay in the air longer than 2 hours coming with a traveled distance further than 150 km.
UAV SPECIFICATIONS
Airframe Material
Fiberglass and Carbon fiber composite
Wingspan
3.61 m
Maximum Takeoff Weight
21.5 kg
Maximum Payload Weight
3.5 kg
Maximum Endurance
150 minutes with RGB Mapping Camera [1]
Cruise Speed
21-24 m/s
Maximum Speed
30 m/s
Maximum Ascent and Descent speed
5 m/s
Wind Resistance: Takeoff and Landing (VTOL)
8.3 m/s [Level 4]
Wind Resistance: Cruising (Fixed-Wing)
13.8 m/s [Level 6]
Maximum Flight Altitude
Takeoff 3000 m and Service ceiling 4500 m ASL
Normal Operating Altitude
120 to 2000 m AGL
Battery Type
12S Lithium High Voltage *1
GNSS Receiver (RTK supported)
*2 Multi-Frequency/Constellation — L1, L2 for GPS, GLONASS,
BeiDou, Galileo, QZSS. SAW, LNA Filtering, anti-jamming and anti-spoofing
Industrial-grade IMUs
*3 Thermal calibrated, low drift, and low bias (GNSS/INS option for mission
critical in challenging environments)
[ 1 ] Flight test in a windless environment at 100 m ASL until the battery level reaches 5%.
The actual flight endurance might vary related to various flight methods and flight scenarios.
RGB Mapping camera
Powered by the Sony Camera guarantees maximum coverage, superior accuracy and a lighter data load, while offering in-app light settings control.
Oblique camera
Five synchronized lenses (nadir + four obliques) capture building façades and ground detail in one pass. Produce true-orthophotos and highly realistic 3D city models with fewer flight lines. Ideal for urban planning, asset inventories, and BIM.
Multispectral camera
Calibrated 4–6-band multispectral payload for crop health monitoring and environmental analysis. Radiometric calibration and sunshine sensing deliver consistent time-series datasets for NDVI/NDRE and prescription maps. Built for agriculture, forestry, and research.
Surveillance EO/IR camera
A dual-sensor, 3-axis stabilized gimbal combining a 10×–30× optical-zoom visible camera with a high-resolution thermal module. Features target tracking, picture-in-picture, and on-screen telemetry for day-night operations. Suited to security patrols, inspections, and SAR.
LiAir H800
LiAir H800 has lightweight design, and can be carried by DJI M300 or M350. With longer scanning range, better penetration ability, it performs better than mini-LiDAR systems in forestry, emergency disaster surveys, and long-range powerline inspections, etc.
CHC AlphaAir 10
AlphaAir 10 is a compact, survey-grade LiDAR with integrated GNSS/IMU for consistent, centimeter-level results. It enables efficient corridor mapping, stockpile volumetrics, and as-built modeling with minimal GCPs and a streamlined PPK workflow. Perfect for teams that need accuracy and speed in one package.
COMPATIBLE PAYLOADS
FlightLync-Flight Planning and Monitoring Software
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Monitor flight parameters and UAV systems, notify, and advise on the most appropriate action
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Real-time video is integrated into the flight-monitoring screen, enabling intuitive mission deployment and execution
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Flight planning tool provides corridor survey, area survey, structure scan, and more
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Camera parameters and gimbal orientation settings to meet a variety of survey mapping needs
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Custom base map (Orthomosaic, High-resolution map)
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Import KML and Shapefile to create a flight plan
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Telemetry datalink and video streaming via 4/5G