Wingtra VTOL aerial robot technical overview

WingtraOne Specification

WingtraOne

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    Wingspan

    125cm (49in)

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    Weight (empty)

    3.6kg (7.9lbs)

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    Maximum Take-Off Weight

    4.4kg (9.7lbs)

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    Mission Planning Software

    WingtraPilot

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    Take-Off and Landing

    Fully autonomous at GPS accuracy

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    Optimal Cruise Speed

    55km/h (34.2mph)

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    Wind Resistance

    Up to 30km/h (18.6mph) during landing
    45km/h (28mph) in cruise

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    Payload capacity

    up to 800g (1.8lbs)

Sensor Options

Sony QX1 / 20mm lens

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    GSD range

    1.4 – 12.8cm/px
    0.55 – 5in/px

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    Coverage at 3cm/px / 1.18in/px *

    310 ha (at 141m flight altitude)
    766 acres (at 463 feet flight altitude)

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    Coverage at 100m / 328 feet *

    220 ha (at 2.1cm/px)
    544 acres (at 0.8in/px)

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    Special add-on

    Voigtländer 15mm lens

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    * at 60% side overlap

     

Sony RX1RII / 35mm lens

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    GSD range

    0.7 – 7.5cm/px
    0.28 – 2.95in/px

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    Coverage at 3cm/px / 1.18in/px *

    390 ha (at 240m flight altitude)
    964 acres (at 787 feet flight altitude)

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    Coverage at 100m / 328 feet *

    170 ha (at 1.3cm/px)
    420 acres (at 0.5in/px)

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    * at 60% side overlap

     

Micasense RedEdge / 5.5mm lens

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    GSD range

    6.7 – 40.9cm/px
    2.6 – 16.1in/px

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    Coverage at 8cm/px / 3.1in/px *

    140 ha (at 106m flight altitude)
    346 acres (at 348 feet flight altitude)

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    Coverage at 100m / 328 feet *

    120 ha (at 6.8cm/px)
    297 acres (at 2.7in/px)

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    * at 70% side overlap

     


WingtraOne Workflow

1. Plan your mission with the WingtraPilot

Mission planning has never been easier. Using the intuitive touch interface, you simply highlight the area you want to map and WingtraPilot automatically calculates the optimal flight path. Throughout the flight, you can monitor your WingtraOne in real time.

2. Take off vertically

Launching the aircraft is very simple. You don’t need to throw the aircraft or set up a catapult in advance. Simply remove your WingtraOne from the lightweight, yet rugged, backpack, place it on the ground and confirm the take-off on the tablet. Then just watch it take off to a fully autonomous surveying mission.

3. Land fully autonomously

Landing is as easy as taking off and is also done fully automated. The landing is done vertically at GPS accuracy, even in confined areas. Thanks to the smooth descent your sensors don’t run the risk of getting damaged in a belly landing. Vegetation, rocky ground and hilly terrain will not hinder you from selecting your landing spot.

4. Get the data out

The geotagged images are saved on the sd card of your sensor and are ready to get processed. This way you can transfer even large amounts of data easily onto your computer. Our data output is compatible with all mapping software, allowing you to rely on the one that best serves your needs.