Safety Net

Safety

Speed of rescue is key to survival

• 56% die in the first 3 minutes due to cold water shock​​

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• 24% die in 3 to 30 minutes due to swim failure​

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• 20% die at the point of rescue

Operations & Maintenance

Enable Helicopter operations

• Eliminate standby vessels

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• 10% saving in downtime

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• ​​Rapid breakdown response

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• 50k ton carbon saving

Yield

4.5% reduction of LCoE

**independent study

Latest NEWS

12 Nov 20 - Successful conclusion of free fall vessel testing (scaled to 25m in Sea State 6) at QinetiQ Haslar Ocean Basin. 

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05 Oct 20 - Worlds first unmanned casualty recovery performed in open water (conducted under MASS Code of Practice)

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21 Sep 20 - OSS launches their first unmanned remotely operated vessel

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07 Sep 20 - OSS win UK Gov Innovate UK 'Sustainable Innovation' Funding

11 Jun 20 - Successful conclusion of sea trials on prototype Casualty Rescue Solution

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Why SAFETY

Larger turbines, further from land lead to longer rescue response times.

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There is always a risk of someone entering the sea​

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Speed of response is key to survival

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Probability of third party incidents​increase as size of wind farms increase​​​

Why O&M

Operators aspire to use lone assets

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Enable helicopter operations without the need for in field standby vessels

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Eliminate the need to put lives at risk during standby operations.

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SOV & Heli operations enable fast repair response and broader weather window.

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Saving 2.4t carbon for each 12 hour CTV transit 

Why YIELD

With a resident SAR solution:

• Speed rescue recovery response

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• Enable SAR lane or out of field heli-rendezvous

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• Reduce the risk profile for SAR heli-ops

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• Enable improved yield orientation layout

Safety Net

Immediately deployable rescue assets​

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Proven unmanned rescue capability

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Patent protected​

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Semi-autonomous operation

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Casualty first design​