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Didn't Bristol used to make what we want? Maybe the technology and skills are still out there in Winnipeg.
@FJAG already hinted at this, but I'd say you're underestimating the impact weather has on small UAS and projectiles.That is precisely why I think that missiles, drones and loitering munitions will outpace guns.
@FJAG already hinted at this, but I'd say you're underestimating the impact weather has on small UAS and projectiles.
20KT winds at 500 feet have an impact on 155mm rounds, but they severely limit small UAS/loitering munitions. Add cloud cover and precipitation, and now your small UAS/loitering munitions are ineffective.
Cool new toys are cool and new, but they don't replace centuries of technology and tactics.
@FJAG already hinted at this, but I'd say you're underestimating the impact weather has on small UAS and projectiles.
20KT winds at 500 feet have an impact on 155mm rounds, but they severely limit small UAS/loitering munitions. Add cloud cover and precipitation, and now your small UAS/loitering munitions are ineffective.
Cool new toys are cool and new, but they don't replace centuries of technology and tactics.
And on the Sci-Fi Golden Dome front - Space Based Interceptors advance. Hitting bullets with bullets in Low Earth Orbit.
Archived linkToday, the Government of Canada, announced that, in January 2026, Canada and the United States (US) finalized a government-to-government agreement under the US Foreign Military Sales (FMS) Program for the acquisition of 26 High Mobility Artillery Rocket System (HIMARS) launchers, a preliminary operational stock of munitions, spare parts, training, and support services, with deliveries expected to begin in 2029.
The total acquisition cost for LRPS(L) project, including project management, infrastructure, contracts, and contingency, is estimated at $2.6 billion CAD.
(...)
Following a rigorous evaluation process, HIMARS was identified as the only solution that best met Canada’s operational and technical requirements.
There is currently no Canadian manufacturer for the HIMARS launcher system or associated long-range missile capability. HIMARS is not commercially available, the capability is only available through the United States (U.S.) Foreign Military Sales (FMS) Program. In support of this acquisition, the Congressional Notification process was completed in Fall 2025. The launcher systems will be paired with long-range munitions capable of precisely engaging targets at distances of more than 300 kilometres, revolutionizing how the Canadian Army conducts operations and supports joint forces on future missions. The systems are also designed to integrate future land-based anti-ship missile capabilities to support the defence of Canada’s coasts, including the Arctic ...
That’s a win for the CA. Regaining a ‘lost’ trade.Info-machine says it's official official ....
Government of Canada acquiring long-range missile capability for the Canadian Armed Forces - Canada.ca
Today, the Government of Canada, announced that, in January 2026, Canada and the United States (US) finalized a government-to-government agreement under the US Foreign Military Sales (FMS) Program for the acquisition of 26 High Mobility Artillery Rocket System (HIMARS) launchers, a preliminary...www.canada.ca
Archived link
To the best of my knowledge this will come as a stock M142 HIMARS on a standard FMTV M1140 truck frame. The M1140 has an armoured cab.Will it include the trucks or are we mounting them on our own vehicle like uparmoured Macks?
The Government of Canada has requested to buy twenty-six (26) M142 High Mobility Artillery Rocket Systems (HIMARS); one hundred thirty-two (132) M31A2 Guided Multiple Launch Rocket System (GMLRS) Unitary pods with Insensitive Munitions Propulsion System (IMPS); one hundred thirty-two (132) M30A2 GMLRS Alternative Warhead (AW) pods with IMPS; thirty-two (32) M403 Extended Range (ER) GMLRS AW pods with IMPS; thirty-two (32) M404 ER GMLRS Unitary pods with IMPS; and sixty-four (64) M57 Army Tactical Missile System (ATACMS) pods. The following non-MDE items will be included: Low Cost Reduced Range Practice Rocket pods; interactive electronic technical manuals; integration support services; spare parts; tool kits; test equipment; contractor logistics support; training; training equipment; technical assistance; technical publications; transportation; Type 1 radios (AN/PRC-160 and AN/PRC-167); 7800I intercom equipment; Simple Key Loaders (SKL); U.S. Government and contractor technical, engineering, and logistics personnel services; and other related elements of logistics and program support. The estimated total cost is $1.75 billion.
They've already fired their first Australian built GMLRS and LM Australia plans on producing 4,000 per year by 2029.The Australians are not wrong to be thinking about their industrial missile/rocket production capabilities.
We need GMLRS, ATACMS and PrSM...and all three in much, much greater quantities that we've ordered...and more launchers.They've already fired their first Australian built GMLRS and LM Australia plans on producing 4,000 per year by 2029.
We've got the ability to do that as well, if we choose to. Personally, I'm interested in dual use (ship and shore) PrSMs with anti-ship capabilities.
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The closest Russian equivalent to the U.S. ATACMS is generally considered the 9K720 Iskander-M.
ATACMS vs. Iskander-M
The Iskander-M is widely regarded as Russia's operational-tactical ballistic missile counterpart to ATACMS and has been one of Russia's most important strike weapons throughout the war.
Feature ATACMS Iskander-M Type Short-range ballistic missile Short-range ballistic missile Launch platform HIMARS / M270 Iskander launcher Range Up to 300 km (ATACMS); newer PrSM exceeds this Officially 500 km+ Warhead ~230–560 kg depending on variant ~480–700 kg depending on variant Guidance GPS + inertial Inertial + satellite guidance, terminal maneuvering Missiles per launcher 1 ATACMS per HIMARS pod 2 missiles per launcher
How many Iskander missiles has Russia fired?
There is no exact public count, but several Ukrainian military and intelligence estimates provide a range.
- By October 2022, Ukraine's Ministry of Defense stated Russia had already fired 776 Iskander missiles since the start of the invasion.
- By late 2023, Ukraine's Strategic Communications Directorate reported that Russia had launched approximately 900 Iskander-M ballistic missiles since February 2022.
- A 2025 report citing Ukrainian Commander-in-Chief Oleksandr Syrskyi stated that Russia had fired roughly 1,502 Iskander-family missiles since the full-scale invasion began, including about 1,300 Iskander-M ballistic missiles and 202 Iskander-K cruise missiles.
If a Iskander missile costs 1$m USD each, that's 1.5$B USD spent just on those missiles. Did they get an 'equal' return on that investment?We need GMLRS, ATACMS and PrSM...and all three in much, much greater quantities that we've ordered...and more launchers.
As both Ukraine and Iran have shown a peer or near-peer war will be one of attrition. In order to be a serious deterrent and a serious threat if deterrence doesn't work then we need to be looking at rockets/missiles in the thousands, not hundreds and production lines to replace them.
Russia is estimated to have launched around 1,500 Iskander missiles - the closest Russian analogy to ATACMS - so far in the war.
According to ChatGPT:
I keep saying that Canada needs to become the arsenal for NATO. A safe location for production of large quantities of key munitions - everything from 155mm artillery rounds to rockets and missiles - so that when deterrence fails we have the magazine depth to outlast our opponents.
With our Aerospace industry, it should be a fairly easy leap into this technology. With the global demand, I suspect foreign sales will help sustain it. The government will need to agree on covering the start costs. One option is to have the government build the line and have a private entity run day to day operations and upkeep.They've already fired their first Australian built GMLRS and LM Australia plans on producing 4,000 per year by 2029.
We've got the ability to do that as well, if we choose to. Personally, I'm interested in dual use (ship and shore) PrSMs with anti-ship capabilities.
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The development of the CRV7 by Winnipeg's Bristol Aerospace the predecessor of DRDC and the current state of the Canadian space technology industry makes me believe that we could easily develop a broad based industry as long as government supports rather than hinders it.With our Aerospace industry, it should be a fairly easy leap into this technology. With the global demand, I suspect foreign sales will help sustain it. The government will need to agree on covering the start costs. One option is to have the government build the line and have a private entity run day to day operations and upkeep.
I really want to beat you about the head today for that...Or bayonets
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