tomahawk6 said:Most of our allies have Aegis capable warships,Canada should join the club.These ships could provide a measure of protection for both coasts and for deployed forces in high threat areas.
I think Korea, Australia, Japan and Spain are the only non-US users, no? Aegis is just Lockheed's brand of C2 system: when most people refer to "Aegis" they're really talking about a system that integrates active phased array radar sensors and a VLS-based guided missile system (and when the army talks about Aegis, they're usually just talking about Tomahawks). There are more ways than Aegis to skin that cat, and as a software platform Aegis is about 30 years old.tomahawk6 said:Most of our allies have Aegis capable warships,Canada should join the club.These ships could provide a measure of protection for both coasts and for deployed forces in high threat areas.
The Government of Canada has requested to buy four (4) Shipsets of the AEGIS Combat System (ACS); one (1) AEGIS Combat System Computer Program; four (4) Shipsets of AN/SPY-7 Solid State Radar Components; four (4) Shipsets of Cooperative Engagement Capability (CEC); and three (3) Shipsets of the MK 41 Vertical Launch System. Also included is Mode 5/S capable Identification Friend or Foe (IFF) equipment; early ACS development activities for the Canadian Surface Combatant (CSC) Project to include U.S. Government and contractor representative engineering activities supporting design, integration, testing, technical documentation, modeling, and training; hardware to support development and testing in U.S. facilities; software; documentation (including combat system capabilities and limitations); training devices and services; technical support; and other related elements of logistical and program support. The estimated total cost is $1.7 billion.
While I realize this gear has neither been delivered nor installed into a ship yet, I can honestly say that I never thought that I would see the day when Canada got into the AEGIS/SPY radar game. This is big league stuff.And further to this: Canada – AEGIS Combat System | Defense Security Cooperation Agency
I agree. I know some of the folks who worked on the requirements (RCAF and RCN). They worked hard on the identification of future threats/missions/roles, tapped the warfare centre to model/provide the best responses to those threats, and then wrote the requirements to meet and defeat the threats. The primary goal all along was that sailors had to come home to their families. And as the "controversial" bidding process went on it became apparent that they were not budging on some of those requirements despite the politicking.While I realize this gear has neither been delivered nor installed into a ship yet, I can honestly say that I never thought that I would see the day when Canada got into the AEGIS/SPY radar game. This is big league stuff.
Infantry here lol - what makes this system so good? I have heard of it before but I'd like to know some of what makes it so good.While I realize this gear has neither been delivered nor installed into a ship yet, I can honestly say that I never thought that I would see the day when Canada got into the AEGIS/SPY radar game. This is big league stuff.
No moving parts; resistant to combat damage because it can still work with parts of the antennae busted; can detect and track targets from sea level to low earth orbit. It is a monster of a system.High-power, high-efficiency and frequency stability from the electronic design, both circuitry and materials, paired with an established combat system good enough for the premier blue water navy as well as terrestrial stations for ballistic missile defence. It’s A-game stuff.![]()
Oh yeah- forgot about all of that. Plus the advantage of being networked into CEC means your ship can stay silent and fire ordnance based on somebody else’s fire control data. Keeps one alive somewhat longer!All of the above and the discrimination of extremely fast-moving, small targets in order to provide a fire control solution. The SPY 7 is next-gen stuff. The combat management system isn't really any better than what already exists with other navies (including our own), but using it leverages the common source library (aka app ecosystem) that the US has developed. Which means numerous and specialized applications for a variety of combat scenarios/weapon systems. Lots of advantages with that.
Do I understand correctly that since it's modular (essentially a bunch of self contained radar blocks), you could theoretically scale it up to be more and more capable as long as you have sufficient power generation & processing ability to keep up? And also scale it down, to whatever the minimum threshold to support a functional system would be?No moving parts; resistant to combat damage because it can still work with parts of the antennae busted; can detect and track targets from sea level to low earth orbit. It is a monster of a system.
Not really sure about much more than what is in the sales brochure.Do I understand correctly that since it's modular (essentially a bunch of self contained radar blocks), you could theoretically scale it up to be more and more capable as long as you have sufficient power generation & processing ability to keep up? And also scale it down, to whatever the minimum threshold to support a functional system would be?