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  • www.optech.com

    UAV Summary Specification Sheet

    ILRIS Scan UAV

    ILRIS Terrestrial Laser Scanner Integrating UAV Camera Imagery

    ILRIS Scan UAV is unique solution that combines high-accuracy lidar data from the ILRIS Terrestrial Laser Scanner (TLS) with UAV photogrammetry to create rich deliverables quickly and safely. This complete package is a cost-effective solution for many survey applications, having the ability to survey vast areas quickly and accurately with minimal set-up and on-site time. The TLS and UAV package includes all necessary remote flight and navigation controls, an automatic camera gimbal with roll and pitch compensation, a live video link, a battery set and a charger. The ground control station enables automatic take-off/flight/landing, mission planning, waypoint editing, camera parameter selection and many more features.

    ILRIS UAV Combined Breakline ExtractionColorized Model

    Key Features Operates in high wind conditions

    Fast battery change time

    Ultra-stabilized gimbal

    Live video to ground control station

    BenefitsHigh area coverage per flight

    Improved operation time

    Consistent imagery

    Documentation creation capability

  • www.optech.com Optech Incorporated. E&OE. Information subject to change without notice. Printed in Canada. 150306

    ILRIS Scan UAV

    Parameter Airframe model geo-XR6Hardware

    Type VTOL/hexacopter

    Weight 5 kg

    Diameter 95 cm

    Dimensions 95 97 45 cm

    Material Carbon frame structure and composite elements

    Propulsion 6 electric rotors; 6 750 W brushless E-motors

    Battery 2 Lipo 3700mAh 6s

    Camera 36.4 MPix mirrorless APSC / FLIR-thermal camera and others

    Structural weight RTF 4.0 kg

    Propeller/air screw 16 5.4

    Remote control Jeti DC-16, 2.4 Ghz with FPV (Live Video)

    Operation Maximum payload 1.0 kg

    Endurance 18 - 25 minutes

    Range 10 - 12 km

    Cruise speed 15 m/s; 54 km/h (33.5 mph)

    Maximum ceiling 4000 m (max. 300 m above ground)

    Pre-flight setup time 2 minutes

    Take-off type and angle Automatic vertical take off (90)

    Landing type and angle Automatic vertical landing (90)

    Landing space 2 2 m (typical); 3 3 m (recommended)

    Weather limit 36 km/h (22 mph) wind and light rain

    Communication and control frequency 2.4 GHz

    Communication and control range 1 km

    Battery change time 30 seconds

    Battery charge time Two sets 30 minutes

    AcquisitionResolution (GSD) 0.1 - 4.2 cm (5 m - 300 m altitude)

    PerformanceHeight above take-off location 5 - 300 m

    Coverage max. 200 ha / 2 km

    Project examples using the Sony Alpha 7R camera (35 mm)55 ha at 100 m altitude 17 minutes

    Ground resolution 1.4 cm

    80 ha at 150 m altitude 17 minutes

    Ground resolution 2.1 cm

    100 ha at 200 m altitude 17 minutes

    Ground resolution 2.8 cm

    200 ha at 300 m altitude 17 minutes

    Ground resolution 4.2 cm

    Powerlines, pipelines, railways in one flight If the pilot remains stationary 1.2 km segment

    If the pilot follows the UAV 8.5 km