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MoD Research Programmes – Common Defensive Aids System (CDAS)

As per various requests I am going to look at some of the MoD funded research programmes, in this case, the Common Defensive Aids System  or CDAS.

CDAS has been running for a few years and is part of the wider move to open standards across complex defence technology that includes Advanced Mission Systems (AMS) and Land Open Systems Architecture (LOSA) that includes Generic Vehicle Architecture (GVA), Generic Base Architecture (GBA) and Generic Soldier Architecture (GSA).

CDAS MoD Research Programmes   Common Defensive Aids System (CDAS)
CDAS Mk7 Lynx Phase 2 Flight Trials

Current aircraft defensive aids are diverse, purchased over a numbers of years and platform specific. This makes training, support and upgrading difficult and expensive, often they are unique to the platform and require integration activity.

CDAS is a Technology Demonstration Programme

The programme will demonstrate the benefits of integrating a system through a central controller that can coordinate operation of the various sensors and countermeasures, all interacting through standardised interfaces to maximise overall protection and using centralised display and control.

The principles of modularity, reuse and open architecture are designed to reduce integration and training costs whilst delivering improved levels of protection against evolving threats.

Selex were awarded the initial £20m 4 year contract in 2010 and demonstrated the first iteration in a lab environment a year later with initial flight trials soon after. CDAS has taken many of the successful concepts from the Apache HIDAS and Project BAKER upgrades to the Chinook Mk2 and Mk 3 fleet for deployment to Afghanistan. Project BAKER was part of a trio of projects designed to bring the UK’s disparate Chinook fleet up to a common standard, the others were Project BENIC for communications and Project JULIUS for engines and avionics .

Upon completion of the projects, the UK will be able to field 38 HC.2/2As (HC.4) eight HC.3s (HC.5), and 14 HC.6 aircraft, an impressive fleet.

The initial trials demonstrated that open message formats passed across Mil Standard 1553B and Ethernet interfaces could be used between three different manufacturers systems;

BAE AAR-57 Common Missile Warning System

AAR 57 Common Missile Warning System MoD Research Programmes   Common Defensive Aids System (CDAS)
AAR-57-Common-Missile-Warning-System

Thales Elix IR Threat Warning Receiver

Thales UK | Air Group | Products | ElixIR

Selex ECLIPSE Pointer Tracker System

ECLIPSE Pointer Tracker System 740x702 MoD Research Programmes   Common Defensive Aids System (CDAS)
ECLIPSE Pointer Tracker System

The MoD have recently announced news of a successful series of flight tests on a Lynx Mk7 helicopter at Larkhill that also included a QinetiQ mission planner and ground gunfire detector.

CDAS1 MoD Research Programmes   Common Defensive Aids System (CDAS)
Common Defensive Aids System CDAS

All these sensors and countermeasures systems were connected to the ‘CDAS Spine’ and the MoD and DSTL are now evaluating the results of the trial and getting a lot of interest from the US and other nations.

This is a good overview video from Professor Steve Roberts, VP Strategy – SELEX Galileo, speaking at the Aero India 2013 Seminar, well worth a watch

British Common Defensive Aids System [CDAS] Architecture [Aero India 2013]

If you do watch the video, there is a fascinating segment at about 16 minutes that describes how the trials used a motion table used in filming the Golden Compass to simulate helicopter movement.

It is this kind of research that will drove down the cost of complex equipment, there is obviously real potential for big savings here, lets hope the MoD can capitalise on the investment

About The Author

Think Defence hopes to start sensible conversations about UK defence issues, no agenda or no campaign but there might be one or two posts on containers, bridges and mexeflotes!

5 Comments

  1. TED

    I think this is long over due and a very sensible idea.

    The example used will be common for the different variants of Chinook. As you pointed out an impressive fleet. What would be even more impressive is if it could be fitted to all of our helicopters.

    Wait and see.

  2. Chris

    Even more impressive if the common backbone can hook sensors and CM appropriate for very different platforms (air land and sea) specifically aimed at platforms normally considered too small and too low a cost to warrant their own custom solution. Ideal goals would be low power & small size obviously, and ready to issue GFE. Not something electronic box makers readily understand as a rule; I can recall reports of a trial fit of Bowman in LR that was so large it half filled the space behind the cab and so heavy it broke the chassis in two, also reports of the early JTRS solutions intended to fit every US land vehicle including HMMWV where the radio fit filled the (not very big) cargo deck and the cost equalled that of the rest of the vehicle. And for good measure turned a general purpose runaround into a highly classified liability.

  3. The Other Chris

    I always love these tech pieces, thank you! Worth noting that the AAR-57 and similar systems detect in the ultraviolet range, by the way. It’s common to think they’re infra-red.

  4. ArmChairCivvy

    While waiting for the best, I applaude budget solutions… Like the first Chinooks anywhere fitted with radar detectioin kits. Coming off the decommissioning Vulcan bombers!

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