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E-VTOL FIXED-WING 2.5m WINGSPAN ENGINEERED IN THAILAND

INSEE UAV — Platform

INSEE-250

INNOVATE BEYOND LIMITS

E-VTOL Fixed-Wing UAV with a 2.5m wingspan — up to 2.5 hours per flight with a 1kg payload, covering wide areas in a single mission. Field-proven for Mapping, LiDAR Survey and Multi-sensor Payload missions across Thailand.

View Work
INSEE-250
schedule
2.5hrs
Flight Time
scale
2kg
Max Payload
speed
108km/h
Max Speed
terrain
4,800m
Max Altitude
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E-VTOL Fixed-Wing

Vertical take-off and landing like a multirotor, but cruises like a fixed-wing — long range, long endurance, no runway required.

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Long Endurance

Up to 2.5 hours per flight with 1kg payload (3 hours without payload) — covers wide areas in a single mission.

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Multi-Payload Compatible

Supports a wide payload ecosystem — LiDAR (YellowScan, CHCNav, GVI), Oblique camera (Riebo), Full-Frame RGB (Sony), Multispectral.

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Built for Reliability

Carbon Fiber + Fiberglass airframe, operating temperature -20°C to 60°C, wind resistance up to 14 m/s, IP45 rating — built for real field operations.

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Stall Protection

The forward-mounted Pitot tube measures airspeed in real time — when a stall condition is detected, all four motors automatically engage to maintain altitude while the tail motor accelerates to recover speed — no pilot intervention required.

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Laser Range Finder

Mounted beneath the fuselage, the Laser Range Finder accurately measures ground distance up to 190 m — used for ultra-smooth take-off and landing, and enables Terrain Follow Flight without relying on a temperature-sensitive barometer.

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Dual RTK Receivers

Two RTK receivers on top of the fuselage — synchronize GNSS data from two sources for ultimate positioning accuracy, and compute heading directly instead of relying on a digital compass — eliminating frequent compass calibration and electromagnetic interference issues.

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Transponder Receiver

Detects nearby manned aircraft up to 200 km away — displays position, altitude and heading on the GCS in real time for Situational Awareness in shared airspace operations.

// REDUNDANT SYSTEM

Built-in Redundancy on Every Critical System

Every critical system on the INSEE-250 is engineered with full redundancy for maximum safety — if any single component fails, the backup takes over instantly without affecting the mission.

RTK Receivers
Radio Antennas
Control Units
Batteries
IMU Sensors
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Selected Payload

YS Partner · LiDAR

YellowScan Mapper+

Lightweight OEM LiDAR purpose-built for Fixed-Wing UAVs — produces high-density point clouds, ideal for terrain mapping and corridor survey.

Weight

1.4 kg

Best For

Terrain / Corridor

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* 3D Model is interactive — Phase 2 will add 3D payload swap when R&D delivers payload models.

Specifications.

TypeeVTOL Fixed-Wing
Wingspan2,500 mm
Length1,260 mm
MaterialCarbon Fiber + Fiberglass
MTOW14 kg (incl. batteries)
Max Payload2 kg
Belly to Ground160 mm
Battery Bay26 × 15 × 9 cm
Flight Time2.5 hrs @ 1kg / 3 hrs no payload
Flight Distance180–270 km
Max Cruising Speed108 km/h (30 m/s)
Min Cruising Speed72 km/h (20 m/s)
Max Altitude4,800 m
Wind Resistance14 m/s fixed / 8 m/s VTOL
Battery2 × 6S 25–28Ah HED Li-ion
Working Temp / IP-20°C to 60°C · IP45
Compatible Payloads
YellowScan Mapper+ YellowScan Surveyor Ultra 3 OEM CHCNav AlphaAir 10 GVI LiAir H600 Riebo D2M Oblique Riebo R10P Medium-Format Sony ILX-LR1 Full-Frame MicaSense RedEdge-P / Altum-PT

INSEE-250 Product Brochure

Full specifications, technical details and capabilities of the INSEE-250 in a single PDF — preview below or download a copy for later reference.

INSEE-250 + Riebo D2M Result 1 Result 2 Riebo D2M Result 3

Oblique Photogrammetry

INSEE-250 + Riebo D2M

Oblique Camera 130MP, 5 lenses — generates 3D models with cadastral-grade accuracy, no GCPs required.

Performance Data

Detailed mission data — coverage area, GSD, accuracy and flight parameters — will be published as documentation progresses.

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INSEE-250 + AA10 Result 1 Result 2 GCS Result 3

LiDAR + RGB Survey

INSEE-250 + CHCNav AlphaAir 10

All-in-one LiDAR + RGB 45MP weighing 1.55kg — 2–5cm accuracy, 500K pts/s, 8 returns to penetrate dense canopy.

Performance Data

Detailed mission data — coverage area, GSD, accuracy and flight parameters — will be published as documentation progresses.

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INSEE-250 + Mapper+ Golf Course 1 Golf Course 2 Golf Course 3 Golf Course 4

Long-Range LiDAR

INSEE-250 + YS Mapper+

Compact OEM LiDAR built for Fixed-Wing UAVs — corridor mapping and large-scale terrain survey.

Performance Data · FOV 70.4° × 4.5°

100m AGL, 23 m/s75 pts/m²
100m AGL, 30 m/s57 pts/m²
150m AGL, 23 m/s50 pts/m²
Sample mission1.4 km² in 40 min
View Mapper+ specs arrow_forward
INSEE-250 + Surveyor Ultra 3 Mission 1 On INSEE-250 Mission 2 Installed

360° LiDAR · Lightweight OEM

INSEE-250 + YS Surveyor Ultra 3 OEM

Lightweight 360° LiDAR at just 800g — wide field of view, ideal for urban and forest surveys.

Performance Data · FOV 120° × 40.3°

100m AGL, 23 m/s27 pts/m²
100m AGL, 30 m/s21 pts/m²
150m AGL, 23 m/s18 pts/m²
Sample mission0.35 km² in 15 min
View Surveyor Ultra 3 specs arrow_forward
INSEE-GCS-01

INSEE-GCS-01

INSEE Pilot Ground Station

Ground Station configurable for your mission — supports 10–15" display, Intel Core i5/i7, up to 16GB RAM, up to 10-hour battery life with INSEE Pilot software and ADS-B for situational awareness.

10–15" Display Intel i5/i7 16GB RAM 10hr Battery 1000 nits IP55 ADS-B

Ready to level up your survey work
with the INSEE-250?

Contact the INSEE UAV team — get expert advice, a live flight demo, and end-to-end solutions for Mapping, LiDAR Survey and Multi-sensor Payload missions.

www.inseeuav.com

INSEE UAV — Engineered in Thailand · Operated by Thai Sky Vision Co., Ltd.

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