Canada needs transport aircraft and a littoral navy, anything else is a stretch.I doubt very much that Canada ever will.
Canada needs transport aircraft and a littoral navy, anything else is a stretch.I doubt very much that Canada ever will.
Is that what fucks it up (the VTOL)?Trying to build VTOL capability in a variant of the plane is the most asinine decision in the history of military procurement. It has added cost a reduced capability for the plane that is supposed to deliver the bulk of western Air Power over the next 50 years. All for a niche capability that could have been provided with a revised and updated Harrier. If it cannot defeat an F-16 reliably, then the SU-35 will slaughter it. The avionics on the F-35 are quite amazing though, as a fighter bomber it is still impressive.
LOL...now that is funnyThe solution is very simple, put a "Baby on board" sign on the F35, no one is going to dogfight a plane that has a baby on it.
Is that what fucks it up (the VTOL)?
I thought that due to the VTOL directional exhaust, that it could perform maneuvers that only an F-16 can dream of (like redirecting air flow and braking quicker or pivoting in motion so that it can shoot up or down at it's target without flying around).
Canada can definitely use Maritime patrol and SAR aircraft, better ones. For example Canada should buy the Japanese flying boats. 4-5 of these amazing planes would allow Canada to cover the entire coastline for SAR as well as allowing rescues faarrrrr out to sea beyond the reach of helos. We could also arm them with JDAMs for naval strike as the new ones can hit moving targets. Canada could also use ground support planes for when it sends troops into combat. I would add capability for the C130s or C17 to drop SDBs, this would be an amazing capability if the troops need air support.Canada needs transport aircraft and a littoral navy, anything else is a stretch.
Well we did buy Helos from the Europeans, and German Leopard tanks. I think a specialized plane like the Shinmaywa could be justfied. The plane can land in 3m waves and take off in 280,m and has a range of 4500 km. Really incredible. Even 2 units could probably cover all of Canada. The Great Lakes and St. Lawrence should be covered by a couple and our coast by 4-5.The stealth fighter design compromises it abilities to perform in the air, It is good at stealth but not at dogfights. Once it engages in a air to air dogfight. Its stealth capabilities are useless. As far as buying military equipment, you have to buy at the NATO ( USA ) PX. None of this buying from the Japanese because it is better or suits out needs.
I don't think radar technology will be changing any time soon.Stealth gives small radar signature so it could be a flock of birds
but
what stops development of radar to spot stealth then stealth is useless
And you'd be DEAD WRONG in those thoughts.. lolI don't think radar technology will be changing any time soon.
Blame it on the Diefenbaker Conservatives.We have to spread it out a bit, but we all know that Uncle Sam will get the biggest slice of the pie. We also have to buy what is in their store, and do as they say. Remember the Avro Arrow? We had to play the game of Uncle Sam sais and dismantle the the most advanced jet fighter of the time and cut the prototype up because they did not want a bunch of back water beaver skinners to out do them.
Are you referring to actual RADAR or infra-red technology? If stealth planes employ radar absorbing material or shapes, how can radar waves improve?And you'd be DEAD WRONG in those thoughts.. lol
Different frequencies, different wavelengths, different pulse and power variations. Then there is the hardware. ASEA radar is the latest technology to deliver and collect the radar waves. Then behind it you have the signal processing technology. All constantly evolving.Are you referring to actual RADAR or infra-red technology? If stealth planes employ radar absorbing material or shapes, how can radar waves improve?
Different frequencies, different wavelengths, different pulse and power variations. Then there is the hardware. ASEA radar is the latest technology to deliver and collect the radar waves. Then behind it you have the signal processing technology. All constantly evolving.
Isn't that what everybody is using?Alrighty nottyboi.
BTW, what about Phased-Array Radar? At one time, it was banned in Arms Reduction Treaties. Has that become obsolete now, or is there any merit to that radar technology?