Sustainable Drones in Development for Military Applications

ShadowVu Ltd is a new company working to develop sustainable drones in extreme volumes for military applications By Sarah Simpson / 11 Sep 2023

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Sustainable Drones in Development for Military Applications
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ShadowVu Ltd, based in Oxfordshire in the UK, has revealed some of the results from the company’s studies into Ultra-High Volume One Way Suicide Drones.

Studies included:

  • The production UAVs (or FPV drones) in very high volume
  • The use of a minimum of 85% sustainable materials
  • A minimum of 85%+ of all parts to be manufactured in-house
  • Disposable per unit cost (circa $£€100)
  • An open electronics platform for third party integration
  • A closed loop supply chain within NATO countries

ShadowVu Ltd has now revealed the results of these studies, in the form of the FW1 (Fixed-Wing UAV) and the QC1 (Quad Copter).

These two prototype designs are for military applications under NATO Class one to three. They can be put into production rapidly to aid current conflicts, with professional and consumer models following on. Both are designed for multi-mission payloads that can easily be adapted and will require little-to-no set-up out of the box.

The FW1 and QC1 look like ordinary drones, however according to the company, the following statistics are not currently seen in the global drone industry:

  • 20 parts every one minute
  • Assembly times of one every three minutes
  • Up-to 10 million units per year*

ShadowVu Ltd’s production methods and FW1 and QC1 technical details are still under wraps. However, ShadowVu Ltd’s Founder, Jim Thomson is very confident that all the manufacturing can be completed under one roof, in a single dedicated factory.

As a start-up, ShadowVu Ltd is open to discussions with interested parties within the NATO family, as well as potential partners and investors.

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*numbers extrapolated from individual production methods
Posted by Sarah Simpson As Head of Content for Unmanned Systems Technology, Sarah uses her extensive background in research and technical copywriting to spotlight the latest innovations in autonomy, robotics, and sensing. Sarah joined in 2018 and loves to highlight how uncrewed systems are making a tangible difference in the modern world. Connect
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