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And even the US doesn't use it as Domestic SAR...
Loachman said:But do not over-simplify, either.
Where would the GCS (Ground Control Station) be? Range is limited. If you are suggesting an airborne control station, why not just keep the controlling aircraft overhead and use an onboard MX-15 or similar sensor to do the job?
UAVs are more weather-limited than manned aircraft. Not many are able to see through cloud, or operate under it - and lower altitudes also compromise range from the GCS.
Of suitable minimum length?
With instrument approaches in the event of poor weather?
A Griffon takes several hours to re-assemble, if transported by C17. It takes at least a day if transported by C130. A Chinook takes two days to re-assemble if deployed by C17. Similar time is required to prep and load. There are few small airfields around that have hangars, and doing this work outside, especially in cold or poor weather, is not easy.
And is not the easy or practical solution that some might think.
Loachman said:We do not like putting Griffons into Hercs at all. We've probably done it, but I do not remember when, if ever.
Loachman said:Where would the GCS (Ground Control Station) be? Range is limited. If you are suggesting an airborne control station, why not just keep the controlling aircraft overhead and use an onboard MX-15 or similar sensor to do the job?
UAVs are more weather-limited than manned aircraft. Not many are able to see through cloud, or operate under it - and lower altitudes also compromise range from the GCS.
Dimsum said:I agree that UAVs/RPAs/"whatever the fashionable name is these days" have their limitations, but if it is controlled via SATCOM, then range becomes less of an issue. You still would need a Launch and Recovery Element at whatever airfield/airport you take off/recover from, though. Also, if landing/takeoff is automatic (not hand-flown), then the airfield will probably need to have been pre-surveyed for DGPS markers, etc.
Of course, this is assuming MALE (Reaper) or larger RPA vice ScanEagle.
Ostrozac said:Isn't that how we got them to and from Alert and Eureka for Op Hurricane, back in the day? It's probably a C-17 role now, but I thought there was plenty of experience loading and unloading Griffons for C-130 move to Ellesmere Island.
Ostrozac said:Isn't that how we got them to and from Alert and Eureka for Op Hurricane, back in the day? It's probably a C-17 role now, but I thought there was plenty of experience loading and unloading Griffons for C-130 move to Ellesmere Island.
Loachman said:I was never a Slug driver, so cannot say that we ever did or not. I do know that at least some Hurricanes involved self-deployment. Self-deployment was the norm for the Griffon until C17 came along. That can be a comically frustrating effort, though. I've seen it drag out for six weeks - weather, things breaking that do not normally break, wrong replacement parts being sent (I always advise people to look in the box rather than trust what's on the label as a result of a 400 Squadron deployment several years ago; the box said "Left Hand Windscreen, but, of course, contained a ...), haphazard commercial deliveries, no hangars in which to cure temperature-dependant sealants, rescues by Rangers when the weather is too bad to get the last five or ten miles, no useable fuel caches...
We do a mix now, but there is no guarantee which is best. C17s break, too.
Whatever decision is made appears to always be the wrong one.
More on that here, shared under the Fair Dealing provisions of the Copyright Act (R.S.C., 1985, c. C-42) ....YZT580 said:At least the delays are getting shorter. Final date for submissions put off until January
The two confirmed bidders for Canada's long-running fixed-wing search and rescue requirement (FWSAR) are using the latest in a long line of delays to the process to hone their offers.
Ottawa has been attempting to replace the Royal Canadian Air Force’s (RCAF) fleet of six aged de Havilland Canada CC-115 Buffalos and 13 Lockheed Martin CC-130 Hercules since 2004, with the latest request for proposals issued in March this year.
Submissions were originally due by 28 September but, faced with a highly complex set of capability-based requirements contained in a document numbering over 4,000 pages, bidders were in some cases forced to make assumptions about what was required.
As a result, the nation's Public Works and Government Services Canada procurement body has extended the deadline to 11 January 2016.
So far, only Airbus Defence & Space and Alenia Aermacchi – along with their Canadian partners – have confirmed their participation in the FWSAR contest, offering the C295 and C-27J Spartan, respectively. However, Embraer and Lockheed Martin may also respond to the tender.
"I think this is actually a good thing because it will allow us to make sure the aircraft and mission system and so on are all able to move forward," says Steve Lucas, a strategic advisor to Alenia-led Team Spartan and former Canadian Forces chief of air staff.
"We consider ourselves in a much better position now to provide Canada with what it wants in the way of a solid bid."
Lucas says the RFP stipulates that bidders must submit both three- and four-base solutions, with an option to also offer a fifth base, if needed, to meet the requirements.
"Alenia doesn't have that issue. Our submission is only the three- and four-base bids."
He declines to be drawn on the number of aircraft it has proposed, only noting that an earlier RFP called for 15 units. Alenia's bid is "plus or minus" that figure, he says.
Airbus, meanwhile, says it will be able to satisfy the requirements "using Canada’s existing basing structure". The RCAF's fixed-wing SAR fleet operates from four locations, with a fifth site providing rotary-wing cover.
Describing the C295 as a "proven, reliable and low-risk solution", Airbus says the deadline extension "means that Canada will be able to make the clearest choice and get the aircraft that it needs."
An initial down-select next year will be followed by flight and ground evaluations for the remaining bidders.
Airbus is partnered with Pratt & Whitney Canada, L-3 Wescam, CAE, Vector Aerospace, and Provincial Aerospace as its primary pattern. Team Spartan comprises General Dynamics Canada, IMP Aerospace, KF Aerospace, and CMC Esterline.