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UDT Official Event Guide

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1000-1030<br />

Mr Rafael Rodriguez<br />

Gamesa Electric<br />

1045-1115<br />

Gina Lopez<br />

Teledyne RD<br />

Instruments<br />

1130-1200<br />

Mr Clive Gale<br />

Alford Technologies<br />

1215-1245<br />

Alex Motta<br />

Cranfield University<br />

1300-1330<br />

Josh Goodwin<br />

BAE Systems<br />

1345-1415<br />

Sam Macdonald<br />

Deep Trekker<br />

Cogging Torque in Marine Propellers<br />

71 37<br />

INNOVATION SHOWCASE<br />

Cogging torque in marine propellers bigger than 1 MW, as a phenomenon<br />

associated with Permanent Magnet machines, additional oscillatory<br />

components, methods for reducing specially in low speed.<br />

TRDI Doppler Navigation. Looking Back and Moving Forward<br />

TRDI DVLs enable maritime navigation and allows for underwater vehicle<br />

autonomy. With a need to maintain long range, small size and low power,<br />

TRDI’s sonar development allows for virtually every underwater platform to<br />

integrate a DVL.<br />

The Challenges of Low Order Disposal<br />

Low-order disposal is a highly effective form of explosive ordnance disposal<br />

(EOD) and conventional munitions disposal (CMD), however, achieving a<br />

successful low-order can be difficult to achieve due to the number of variables<br />

involved in the task; additionally, the complication of initiating a high-order<br />

event is also a significant risk to operations.<br />

New Underwater Threats in an Asymmetric World: A Concern?<br />

The present work addresses the principles behind underwater explosions<br />

and the resulting shock load which may impose a threat commercial civilian<br />

structures are not designed to resist even in small intensities. It also addresses<br />

how differences in design affect the response of marine structures to<br />

underwater shock, which also contrasts with current design options for<br />

marine structures. It does not aim to answer the problem but to instigate a<br />

critical thinking about it.<br />

The MarCE Initiative<br />

WEDNESDAy 19 JUNE<br />

The Maritime Collaborative Enterprise sense-to-decide programme<br />

(MarCE S2D) will foster a community of diverse research providers that<br />

manages placement and execution of research tasks on behalf of Defence<br />

Science and Technology Laboratories (DSTL). The Maritime Collaborative<br />

Enterprise welcomes small to medium sized enterprises, academic<br />

organisations and larger companies. We aim to engage innovative defence<br />

and non-defence organisations based in the UK and overseas.<br />

How Deep Trekker Developed a Truly Portable Surveillance Solution<br />

In today’s fast-paced, dynamic world of defence, the need for immediate<br />

information and equipment deployment is more important than ever.<br />

Discover how the removal of complexity and integration of components has<br />

allowed Deep Trekker to develop an extremely economical remotely operated<br />

vehicle that can be carried and operated by anyone. Requires only minutes of<br />

instruction, and requires no topside power.

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