What technologies can be applied to drones to extend battery life and help to reduce replacement and maintenance costs?
Background
"Mobility is the ability to move to/from locations quickly to prevent, detect or respond, including to access difficult locations safely to maximise intelligence and minimise risk.
Autonomous vehicles, and particularly a combination of drones and fixed-wing unmanned aerial vehicles, offer a faster, safer, cheaper, and more sustainable means of frontline deployment and advanced evidence capture. The National Police Air Service and the National Police Chiefs' Council’s National Lead for Drones have a joint strategy that sets out in detail the technical challenges we must overcome to be able to operate a suite of complementary response options. These relate to concerns over line-of-sight flying, safety, cybersecurity, costs of replacement and maintenance, expertise required to use, and poor battery life. Each of these need to be addressed alongside extensive consultation to ensure policing’s use is understood by the public, considered proportionate, and supported."
Next steps
"We welcome your engagement with our ARIs in the following ways:
• If you have evidence that completely or partly supports or answers one of our ARIs, we invite you to share that with us. For any ongoing research relevant to policing and crime reduction, we encourage you to register your research on the College of Policing’s research projects map, which has been designed to promote collaboration and support requests for participants.
• If you are, or plan to be, carrying out research that relates to one of our ARIs, we’d like to hear about it. While we cannot respond to speculative approaches for research funding, we will where possible act to support your ambitions, including finding you policing partners where possible.
• If you are submitting a funding or grant application that aligns with one of our ARIs, we hope that referencing policing’s ARIs will help to strengthen your case for the possible public impact of the research.
• We will use the ARI document to structure our academic engagement, prioritise events and build new connections with external partners. We will be using our ARIs in our engagement with UKRI, and we will publish any opportunities for funding via our website https://science.police.uk/
Please send any correspondence and questions to [email protected], including ‘ARI’ in the subject heading."
Source
This question was published as part of the set of ARIs in this document:
Related UKRI funded projects
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PRESERVE Protecting euRopean public spaces against Emergent hoStile drone thrEats thRough an adVanced multidimensional shield and cross-border intelligEnce
PRESERVE will deliver a trustworthy, transparent, and easy-to-use Hybrid C-UAS C2 platform supporting Police Authorities with the prevention, early detection and optimal management of operational response against current...
Funded by: Horizon Europe Guarantee
Lead research organisation: OPERATIONAL SOLUTIONS LTD
Why might this be relevant?
Partially relevant as it focuses on protection against hostile drones, but does not specifically address extending battery life or reducing maintenance costs.
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Detecting Drones: low cost, plug and play, mass market
Prisons, aviation, utilities, borders, government estates, public events and individuals are increasingly seeking cost effective drone detection technology to counter the reckless and hostile use of consumer drones. Our...
Funded by: Innovate UK
Lead research organisation: HOUNDSTOOTH WIRELESS LIMITED
Why might this be relevant?
The project focuses on detecting drones, which is related to reducing maintenance costs and enhancing safety.
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Diversifying Drone Stories
(1) RESEARCH CONTEXT: Following its establishment as a now-iconic warfighting tool, the drone increasingly features in domestic airspace. The domestic drone's meteoric rise is evident in the UK Government's ongoing inves...
Funded by: ESRC
Lead research organisation: UNIVERSITY OF READING
Why might this be relevant?
Not relevant as it focuses on examining the impact of drones in day-to-day life rather than technology for battery life extension.