Technology and Politics – Canadian Ballistic Missile Defence

In 2005 when Canada declined to participate in the US-led Ballistic Missile Defence program there were a number of contributing factors. Concerns over the possibility of the program starting a new arms race, dilution of the already stressed Canadian Forces budget and an inherent feeling among Canadians that working toward peaceful solutions was preferable to technological solutions. A number of prominent scientists also doubted that the system could even be made to work.

HMCS Algonquin (DDG 283)

HMCS Algonquin (DDG 283)

Fast forward to 2015 and the RCN is in the design stages of the program that will see the construction of new Air Defence/Command and Control Destroyers. Work on those new ships will raise the questions of Ballistic Missile Defence once again. Should the ships be made capable of participating in the Anti-Ballistic Missile battle?

The real question should be “Can we responsibly prevent the ships from being capable in an ABM role?”

In examining radar, combat management and weapons capabilities of the equipment most likely to form the backbone of Canada’s new CSC Air Defence/Command and Control destroyers we notice an interesting pattern. They all have either a demonstrated ABM capability, or are developing one.

The US Navy’s AEGIS system is the best known capability, having demonstrated that ability during numerous tests. On February 20, 2008, the satellite US 193 was destroyed in low Earth orbit by the AEGIS-equipped USS Lake Erie. This demonstrated the systems ability to hit a target at an altitude of 133 miles. AEGIS is combined with the SM-3/SM-6 missile for its ABM capability. AEGIS will even see service on land as AEGIS ASHORE. This will see components of the AEGIS system built into structures on land, mimicking the shipboard installations. [1]

The APAR/SMART-L combination which is the potential favourite to equip Canada’s new ships has yet to demonstrate an ABM engagement capability. In November and December of 2006 HNLMS Tromp did participate in a Theatre Ballistic Missile Defence tracking exercise using a software-modified, Extended Long Range (ELR) version of the SMART-L radar. The tests determined that the system requires integration of the correct missiles (SM-3/SM-6) and some modifications to the radars to achieve ABM capability. The Dutch have started a program to achieve capability to track, but not engage, ABM threats. The Dutch currently have no plans to acquire ABM capable missiles. [2]

The third system that may see service on Canada’s new destroyers is the PAAMS system used by France, Italy and the United Kingdom. PAAMS uses the Aster family of missiles, with the Aster 30 having an ABM capability. Eurosam, the manufacturer, is developing an improved Aster 30 Block 2 BMD missile [3] specifically for the BMD role.

So how would Canada ensure that the new ships of the RCN lack such a capability?

On the radar side, it has been reported that the smallest versions of the AEGIS radar, the SPY-1F and the SPY-1K are too small to support a BMD role. [4]

Obviously, Canada could choose to limit the radar capability of our new ships to prevent their having a capability in the BMD role. The wisdom of artificially limiting the capability of ships still in the design phase is highly questionable though. If the RCN chooses either PAAMS or the SMART-L/APAR options things get more interesting. These systems have no visible physical differences from their BMD capable versions. This would mean that any potential adversary would have to assume the RCN ships were capable.

BMD missile capability gives the RCN even less options. Whether we choose the Mk41 launcher supporting the Standard Missile family, or the Sylver launcher supporting Aster, we are faced with the knowledge that only by installing the less-capable and smaller launchers can we forego an ABM capability.

Even then, it may not work.

Current ABM missiles require the full-sized launchers, but given the importance of the task, this may not remain true. Shorter-ranged missiles may not provide area coverage, but they should prove capable of a point-defence role. Indeed, the SM-6 missile requires a full size, Strike Length, launcher only because of the booster which gives it longer range. Remove the booster and it fits into the Tactical Length launch cell. How much capability against the ballistic missile threat would be retained in the shorter-ranged variant is open to debate, but it would certainly retain some.

Therefore, the question becomes, ‘Do we hobble the RCN’s new ships, or provide them with an inherent capability?”

It is hard to imagine any politician publicly stating that they would support not providing the new vessels with the best capabilities we can provide. This means that Canada is likely to have vessels capable of the ABM role within 15 years. The capability may be nascent, the ships not having the required modifications to make the system work in that role… but it will exist.

Any potential adversary will assume that the ships have an actual capability, it’s only prudent planning to assume worst-case after all. So now, we can refine the question even further:

Will the RCN’s ABM capability be theoretical or tactical?






15 year veteran of the Canadian Armed Forces. I now write to let the thoughts in my head get out where I can see 'em. :)

2 comments on “Technology and Politics – Canadian Ballistic Missile Defence
  1. […] of the post, perhaps some of the RCN’s planned Canadian Surface Combatants could be given an ABM capability, at least radar tracking if not actual missile firing–NORAD would surely welcome that. As for […]


  2. Russian sabre rattling toward Denmark with the suggestion that including an ABM capability in Danish warships would potentially make them nuclear targets.


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CASR has announced that it will cease operations on 31/December/2016.

I have grateful to have been given the opportunity to write for them, and to repost my material on Defence Muse.

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