Unmanned Aerial System for photogrammetry and monitoring on large areas and linear networks infrastructures

Product catalog summary

Overview
The document provides detailed information about the AVEM Unmanned Aerial System (UAS) designed for photogrammetry and monitoring large areas and linear network infrastructures. It highlights the system's capabilities, technical specifications, and applications in various fields such as agriculture, 3D modeling, and network monitoring.

Key Features

Embedded sensor options include R-G-B, multispectral, and thermal imaging, with live HD video capabilities.
Long-range capabilities with a flight time allowing coverage of hundreds of hectares.
Approved for Beyond-Line-Of-Sight (BLOS) flights, enabling coverage of very large areas.

Technical Specifications

Wind resistance: 40 km/h
Radio range: 15 km
Maximum altitude: 3500 m
Installation time: Less than 10 minutes
On-axis precision: +/- 2 m and +/- 2°
Distance travelled: 195 km per flight
Covered area: 400 ha/hr at 150 m altitude
Landing surface: Minimum 5x20 m
Autonomy: 3 hours
Wingspan: 2.14 m
Maximum weight: 2000 g (in France)
Payload: Less than 500 g
Take-off: Launched by hand
Guidance: Automatic
Cruising speed: 65 km/h

Ground Station and Flight Monitoring

Mission planning is simplified with Aeroplanner, allowing quick integration of mission and field parameters.
The ground station is portable, easy to use, and runs on rechargeable batteries.
The control interface is designed for safety and ease of use, requiring minimal training for pilots.

Imaging Products

Orthophotoplan: Definition between 1 and 3 cm, productivity up to 4 km2/h, with excellent precision using embedded PPK.
Agriculture Imagery: Multispectral sensor with NDVI and NDRE capabilities, productivity up to 5 km2/h.
3D Modeling: High precision with embedded PPK, crossed flight plan, productivity of 2.5 km2/h.
Network Monitoring: Up to 100 km per day, 2-pass flight for 3D reconstruction, thermal inspection capabilities.

Imaging Characteristics

Flight altitude and corresponding definition and productivity rates are provided, ranging from 1 cm at 80 m altitude to 6.4 cm at 500 m altitude.

Sensor Specifications

Standard sensor: SONY RX1R II
Spectrum: R-G-B / NIR-G-B
Focal: Carl Zeiss 35 mm
Definition: 42.4 MPx full frame
Resolution: From 0.8 cm/px
Accuracy after post-treatment: x,y: +/- 3 cm; z: +/- 6 cm

Conclusion
The AVEM UAS is presented as an easy, efficient, and powerful tool for aerial photogrammetry and monitoring, offering advanced features and high productivity for various applications.

Catalog excerpts

Unmanned Aerial System for photogrammetry and monitoring on large areas and linear networks infrastructures-1

Unmanned Aerial System for photogrammetry and monitoring on large areas and linear networks infrastructures BLOS LONG-RANGE The AVEM is approved for Beyond-Line-OfSight flights and covers very large areas. The resolution of the embedded imaging sensor, operating in the visible or near infrared spectrum. 3 This best in-class flight time available on the AVEM allows to efficiently cover hundreds of hectares. The AVEM hourly productivity, at 150 meters and with a GSD of 1,9 centimeters. Technical specifications Approvals BLOS Certified Maximum weight Payload Wind resistance Radio range Maximum altitude Installation Time On-axis precision Distance travelled Cruising speed Covered area 150 m Landing surface Embedded sensor options

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Unmanned Aerial System for photogrammetry and monitoring on large areas and linear networks infrastructures-2

MISSION PLANNING GROUND STATION AND FLIGHT MONITORING Forget complex calculation, Aeroplanner plans your missions in a few clicks and integrates your specifications in a simple and intuitive way A few minutes are enough to integrate all the mission and field parameters, and efficiently prepare your flight plans Aeroplanner integrates all the tools needed to complete your mission and comply with all the requirements of your customer Sensor specifications With a hard case, you can safely and easily carry your ground station around the world. Running on rechargeable batterie, the ground station...

Open the catalog to page 2

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