13 january 2015: highly robust ground platforms cde themed competition
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Highly robust ground platforms
Centre Defence Enterprise
for
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Armour & Protection Science & Technology Centre
Highly Robust Ground Platforms
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Some success…….
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“Armoured Vehicles” video to go in here
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So far….
• UK has produced some very good vehicles that perform well in keeping our soldiers safe
• We now want to improve on this and enhance our mission survivability
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The problem • After even a small attack, the
vehicle generally becomes a mission loss
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We want to improve mission survivability
• Why…… – loss of a vehicle reduces probability of a successful mission
• But also…… – another vehicle is required to carry the original occupants – a low-loader is required to carry the vehicle – another vehicle is required to manoeuvre the stricken vehicle – recovery vehicles must be at least as ‘terrain-capable’ – troops are diverted from the military mission – troops are required to protect the recovery – more people are put at risk
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What causes damage?
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What causes damage?
• Stress waves and forces damage components
• Damage is caused even at a considerable distance from the initial blast
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Stress waves at a boundary
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Components…. ……can be fragile
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Mechanical
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Solaris2006
Towel401
Ll1324
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Mechanical
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Sonett72 US Department
of Defense
Hustvedt
Mdankowych
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Connectors
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Carnby
W0lfie. Abaillieul
GNU Free Documentation License. Pengo
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Electronic components
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Serych
Vahid alpha Altzone
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Electronic connections
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Shaddack
Shaddack Volkan Yuksel
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Small is beautiful
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Force
Inertia
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Force
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We have some small unmanned ground vehicles……
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Dragon Runner
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dreamstime
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Talon
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Wheelbarrow
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iStock
iStock
iStock dreamstime
And there are others
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We also have other means for remote sensing………
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Black Hornet
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Desert Hawk
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Tarantula Hawk Scaneagle
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Tarantula Hawk
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Reaper
Watchkeeper
And even larger….
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But the point is……
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We need to enhance mission survivability
Talisman
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We want to walk before we run • We want to start at ‘model scale’ • ‘Model scale’ is a useful start • To identify
– robust mechanisms – fragile mechanisms (so that we can discard them) – innovative methods – methods for rapid repair – design methodology
• And ‘model scale’ can be full scale for a sensor platform
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So what we want is….
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What we want….
• We are most interested in:
Mechanical robustness and ease of repair
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Challenge 1: robust components
Proposals for the identification and/or development of sensors or components that are extremely robust against blast and shock
• report - why you think it will work • build - the component itself • test - to be tested by Dstl • report - why it worked (or not!)
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Challenge 2: platform demonstrator
Proposals for a proof-of-concept demonstrator of a small, very basic remote controlled sensor platform
• optimised against assault from a buried charge • should weigh no more that 50kg
Deliverables: • report - why you think it will work • build – the platform itself • test - does it work? (tested by us) • report - why it worked (or not)
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What we don’t want We are not interested in:
• development of autonomy • development of Artificial Intelligence • development of control algorithms • flying platforms • floating platforms (of course, we are still interested in these – just not in this CDE themed competition)
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NASA
NASA
NASA
Some small robust vehicles may be out of this world!
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Exploitation
• Phase 1 of this competition has up to £500,000 to fund novel, proof-of-concept proposals
• We plan to take forward the most successful outputs from phase 1 to develop a very high survivability platform at phase 2
• A budget of up to £500,000 is available for phase 2 funding
• Only proposals successful at phase 1 will be considered for funding at phase 2
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Competition detail
• Proposals typically between £20,000 to £80,000 • Projects 3 to 9 months in duration • Work must complete and be ready for testing by
January 2016 • Include a descriptive scoping for a longer programme
of any length but ensure your proposal is clearly partitioned
• Full details in the competition document – www.gov.uk/dstl/cde
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Key dates • 13 January 2015Competition launch • 26 January 2015Webinar
• 19 February 2015 Competition closes at 5pm
• Mid April 2015 – contract placement initiated and feedback provided
• By January 2016 – proof-of-concept research complete
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