I'll believe it when I see it.
I'd add that we need to better utilize and expand the quantum physics/computing knowledge that resides within the University of Waterloo.
before BombardierIronic that one of the first UAVS produced was a Canadair product - CL-227 back in the 70's...
The F35's is next up. Legally we have to take the first 16 of the 88, after that its up for grabs. Buying the remaining 72 or 49 or a number somewhere in between is actively being discussed. This is mostly likely where a large European purchase will be made.
Give the 16 F-35s to the Snowbirds and have the pointy end of the RCAF operate 72 Gripens.
we seem to ignore the simple truth that when we ordered 138 hornets we were maintaining bases and squadrons in Germany and were active participants on the ground in Europe. These pages are full of memories of Lar and Baden.It's arguably more 1:1 with some ships and armour and guns, etc. where technology effects aren't a step change.
But this is not the case on the air side. And especially not the case with fighters. Yet, people will keep talking about how we used to have 138 Hornets and are only getting 88 Panthers, as though is a reduction in capability. Truthfully, the F-35 is so capable that we could probably go 2:1 and still do much, much more than the Hornets did in the 80s.
Using 5th gen fighters is a stupidly expensive way to defend against cheap drones and missiles.we seem to ignore the simple truth that when we ordered 138 hornets we were maintaining bases and squadrons in Germany and were active participants on the ground in Europe. These pages are full of memories of Lar and Baden. 88 panthers may be the equivalent combat muscle as our previous 138 but they cannot provide cover over the same area: far from it. Ukraine is a little country comparatively speaking but even there the drones and missiles get through because there is just too much airspace to protect all of it.
I completely understand what your saying and where you're coming from but little point of us having a solid quantum physics/computer science programme right in the manufacturing heart of Canada unless we try to may use of it and incorporate it into our future plans. Otherwise, all that we'll be doing is subsidizing future US geniuses and millionaire/billionaires after they graduate and leave. Its the old maxim - if you don't use it then you lose it.Sure. But that requires a precursor industry. Semiconductors. And then an industry to use those quantum computers. Ie. Electronics (particularly comms). We can't just randomly employ Quantum physicists and computational specialists. Unfortunately. This is who they would be competing with.
By the way, the feds tried with a small start-up (D-TA) for the OTH Radar contract. Unfortunately, the risk was too much to accept. Unfortunately, I think incidents live ArriveCan have massively reduced risk appetite for using small companies in Canada.
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Feds partner with Australia on $6-billion Arctic radar project in 'slap in the face' to Canadian company
D-TA Systems says the government should use made-in-Canada equipment for the Arctic radar system, which will detect incoming missiles.ottawacitizen.com
If the drone were in the range band of a .50 cal HMG it could have taken it down.Using 5th gen fighters is a stupidly expensive way to defend against cheap drones and missiles.
Here's a concept to consider: cost asymmetry.
If your plan is on the wrong side of that, you'll lose. Sooner or later.
Think about this famous incident:
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A US ally shot down a $200 drone with a $3 million Patriot missile
This will be a bigger problem as more drones show up on the battlefieldwww.theverge.com
If the drone were in the range band of a .50 cal HMG it could have taken it down.
Still cheaper than a PatriotBut that means a lot more 50s and a lot more gunners. 50s everywhere and 50s for everyone. And a lot of misses.
I just randomly picked this particular Prof at U of Waterloo Institute of Quantum Computing.Sure. But that requires a precursor industry. Semiconductors. And then an industry to use those quantum computers. Ie. Electronics (particularly comms). We can't just randomly employ Quantum physicists and computational specialists. Unfortunately. This is who they would be competing with.
By the way, the feds tried with a small start-up (D-TA) for the OTH Radar contract. Unfortunately, the risk was too much to accept. Unfortunately, I think incidents live ArriveCan have massively reduced risk appetite for using small companies in Canada.
![]()
Feds partner with Australia on $6-billion Arctic radar project in 'slap in the face' to Canadian company
D-TA Systems says the government should use made-in-Canada equipment for the Arctic radar system, which will detect incoming missiles.ottawacitizen.com
But that means a lot more 50s and a lot more gunners. 50s everywhere and 50s for everyone. And a lot of misses.
I just randomly picked this particular Prof at U of Waterloo Institute of Quantum Computing.
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Crystal Senko | Institute for Quantum Computing | University of Waterloo
Crystal Senko, Associate Professor with the Department of Physics and Astronomy in the Faculty of Science at the University of Waterloo.uwaterloo.ca
Have a read on this person and what they are working on, sounds an awful lot like the above video. This is the type of person that we can't afford to lose to the Americans. The fact that she went to the US for all of her schooling yet came to Waterloo is telling.
Oh God no. Don't put that evil on us Ricky Bobby.Well its a good start. Almost like we need our version of an A 10
To a point. You know what is easier? Defences actually built for counter-UAS:
And eventually DEWS to really defeat cost asymmetry.
Guys with .50 cals aren't stopping a drone swarm. They may get a few before the gunner gets taken out.
Trust me I'm well aware. I have a loong list of friends/classmates that have left Canada over the last 2.5 decades for the US and greener economic pastures. I'm well aware that if my wife and I didn't leave Boston that we'd be ahead in terms of dollars and cents if we had stayed.There's been a long known gap between in Canada between research and commercialization. You know what would help? More money. But instead governments try to offer tax cuts. Like that helps anybody starting out.
In this particular example, I'll stand by what I said, their talent can't be used outside academia and research because we don't have the industrial base to use that talent. There's only two options here. Leave that talent in academia and research. Or build an electronics industry to mobilize that talent. Given the reaction in this country to Telesat's Lightspeed proposal (especially from the right) which was $5B, I'm (sadly) pessimistic people would support tens of billions to build an electronics industry focused on quantum computing from scratch.
True, but, the short range demands lots of firing points to supply ubiquitous coverage. Those DEWS and 30s still only give ranges of 2 to 5 km and cost in the 2 to 20 MUSD range each.
Operating costs go down but capital costs go up.
The idea of ubiquitous coverage is silly, impractical and uneconomic. There will never be ubiquitous coverage unless you're a small country like Israel which is a basically a coastal corridor of urban agglomerations.
Low density assets get assigned to High Value Targets. And we go down that list the more assets there are till the enemy can basically only get through to hit cowsheds with no real military value.
They aren't doing it for drones. They are pursuing that for missile defence. There's a difference.Our neighbour, and partner in NORAD and continental defence seems to aspire to the ubiquitous solution. And who are we to say him nay?