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Issue: Complexity and high costs of the CF-18, plus costs issues basing them far away from parts supplies. Apparently, a deployment of 6 CF-18 Hornet's was scrapped by Hiller due to the high cost of getting the six fighters from 4 Wing in CFB Cold Lake, Alta., to Afghanistan and the technical difficulties involved in basing high-tech aircraft halfway around the world, according to a recent article in the National Post (http://www.canada.com/components/print.aspx?id=420aa1ba-bde0-4f0c-a369-080d17073b6b)
So, basing one of the top of the line fighter designs available to NATO to a far away location is a bit expensive, according to this article? My educated opinion:
CF-18's may the best plane we have available to cover the skies of Afghanistan, but rationally, I think they are a bit too much for the mission. The CF-18 is more of a air superiority jet with a secondary attack role (which it does well) to it. It is a great jet for when there is the possibility that there is a chance of encountering enemy planes in the area and you want to deal with them, plus bomb whatever is on the ground, but I doubt that the Taliban and Al-Qaeda have an airforce, or any airplanes for that matter. So shooting down enemy MiG's won't be a issue here. We just need to drop bombs, fire rocket salvos, and strafe whatever enemy is on the ground.
What is more appropriate to send to Afghanistan is a more simpler airplane that is easily maintained, carries a decent load, cheap, and has enough performance for the region. An aircraft that the CF is familiar with already is the BAe Hawk 200 light combat aircraft. This aircraft design, of which Canada is already familiar with (Hawk 115), can carry most weapons that the Canadian Forces already use and are familiar with, is very maneuverable, and has a max speed of Mach 0.82 in level flight, and is able to hit Mach 1.2 in a shallow dive.
What Canada could do to improve its airborne capabilities is to order the BAe Hawk 200 light combat aircraft for service. About 50 aircraft can be procured for light combat duties, such as Afghanistan, operating with the Aerospace Engineering Test Establishment at CFB Cold Lake for chase plane duties, and point air defense of our territory. Additional airplanes can be ordered in the Hawk 115 variant, for Snowbird Aircraft Replacement Project, replacing the current CT-114 Tutors. I am not advocating replacing the CF-18 fleet with the BAe Hawk; I am advocating purchasing a fleet of aircraft that can operate alongside the CF-18, and supplement the Hornet in the roles it is tasked with.
The Hawk 200, unlike the other Hawk variants are single seat aircraft (All other Hawk variants are two seat designs), carry the Northrop-Grumman AN/APG-66H pulse-Doppler X-band multimode radar in the nose, which is derived from the AN/APG-66 used on the F-16. The cockpit of the latest variants of the BAe Hawk are compatible with the Boeing F/A-18 Hornet, meaning pilots can be switched from either the CF-18 or the Hawk with minimal familiarization. The Hawk can carry the AIM-9 Sidwinder, AIM-120 AMRAAM, AGM-65 Maverick, various 'dumb' and 'smart' bombs (up to 9, count, 9 250kg (550lb) bombs, impressive for a airplane this small), and the CRV-7 series of unguided rockets. The internal cannon is the British 30mm ADEN cannon, which provides a excellent punch against air and ground targets, as shown in the Falklands War. All of these weapons are already in service or are being used by the CF, except for the internal cannons (presumeably, BAe can work on getting other cannon designs common to NATO, such as the GAU-12 Equalizer onto the design). Service range of the BAe Hawk 200 is 2,520 km (respectable, for a airplane this size as the CF-18 has a combat radius of 500 nautical miles for comparison, so technically, the Hawk has more range than a Hornet), and can carry an optional inflight refueling probe and external drop tanks, extending the range even further. Hawk 200's are in service as trainers and as combat aircraft with the Royal Air Force Of Oman, the Royal Saudi Arabian Air Force, the Royal Malaysian Air Force, and the Indonesian Air Force, with stellar service records, in both roles. Not bad for a basic design that first flew in 1974; over 30 years ago.
While not on deployment, the aircraft can operate with NORAD as a point defense fighter; 2 AIM-9's on the wingtip launchers, plus a pair of AIM-120's and the centre gun, plus external fuel tanks, and using the radar to find the target of interest. Since the CF-18's are mainly based at Cold Lake, Alberta and near Bagotville, Quebec, the Hawk's can be based at CFB Comox, (to interdict aircraft crossing the Pacific) and at CFB Goose Bay or CFB Greenwood to interdict air travel flying over the Atlantic. Additional Hawk's can be deployed near Moose Jaw, at the NFTC training base (Hawks are already based there for flight training, so we are close to a supply of parts). CF-18's can continue to be based at CFB Cold Lake and CFB Bagotville to provide longer range cover in depth of Canada. The only issue is the slower speed of the Hawk: Max speed of the BAe Hawk is Mach 0.82, compared to the CF-18: max speed of more than Mach 1.8 with afterburners, or Mach 1.0 at fully military thrust. So I say forward deploy the Hawk to so they are physically closer to whatever target you need to intercept, at 3 separate bases (two really, with one being already a Hawk base) to compensate for the slower speed.
So, basing one of the top of the line fighter designs available to NATO to a far away location is a bit expensive, according to this article? My educated opinion:
CF-18's may the best plane we have available to cover the skies of Afghanistan, but rationally, I think they are a bit too much for the mission. The CF-18 is more of a air superiority jet with a secondary attack role (which it does well) to it. It is a great jet for when there is the possibility that there is a chance of encountering enemy planes in the area and you want to deal with them, plus bomb whatever is on the ground, but I doubt that the Taliban and Al-Qaeda have an airforce, or any airplanes for that matter. So shooting down enemy MiG's won't be a issue here. We just need to drop bombs, fire rocket salvos, and strafe whatever enemy is on the ground.
What is more appropriate to send to Afghanistan is a more simpler airplane that is easily maintained, carries a decent load, cheap, and has enough performance for the region. An aircraft that the CF is familiar with already is the BAe Hawk 200 light combat aircraft. This aircraft design, of which Canada is already familiar with (Hawk 115), can carry most weapons that the Canadian Forces already use and are familiar with, is very maneuverable, and has a max speed of Mach 0.82 in level flight, and is able to hit Mach 1.2 in a shallow dive.
What Canada could do to improve its airborne capabilities is to order the BAe Hawk 200 light combat aircraft for service. About 50 aircraft can be procured for light combat duties, such as Afghanistan, operating with the Aerospace Engineering Test Establishment at CFB Cold Lake for chase plane duties, and point air defense of our territory. Additional airplanes can be ordered in the Hawk 115 variant, for Snowbird Aircraft Replacement Project, replacing the current CT-114 Tutors. I am not advocating replacing the CF-18 fleet with the BAe Hawk; I am advocating purchasing a fleet of aircraft that can operate alongside the CF-18, and supplement the Hornet in the roles it is tasked with.
The Hawk 200, unlike the other Hawk variants are single seat aircraft (All other Hawk variants are two seat designs), carry the Northrop-Grumman AN/APG-66H pulse-Doppler X-band multimode radar in the nose, which is derived from the AN/APG-66 used on the F-16. The cockpit of the latest variants of the BAe Hawk are compatible with the Boeing F/A-18 Hornet, meaning pilots can be switched from either the CF-18 or the Hawk with minimal familiarization. The Hawk can carry the AIM-9 Sidwinder, AIM-120 AMRAAM, AGM-65 Maverick, various 'dumb' and 'smart' bombs (up to 9, count, 9 250kg (550lb) bombs, impressive for a airplane this small), and the CRV-7 series of unguided rockets. The internal cannon is the British 30mm ADEN cannon, which provides a excellent punch against air and ground targets, as shown in the Falklands War. All of these weapons are already in service or are being used by the CF, except for the internal cannons (presumeably, BAe can work on getting other cannon designs common to NATO, such as the GAU-12 Equalizer onto the design). Service range of the BAe Hawk 200 is 2,520 km (respectable, for a airplane this size as the CF-18 has a combat radius of 500 nautical miles for comparison, so technically, the Hawk has more range than a Hornet), and can carry an optional inflight refueling probe and external drop tanks, extending the range even further. Hawk 200's are in service as trainers and as combat aircraft with the Royal Air Force Of Oman, the Royal Saudi Arabian Air Force, the Royal Malaysian Air Force, and the Indonesian Air Force, with stellar service records, in both roles. Not bad for a basic design that first flew in 1974; over 30 years ago.
While not on deployment, the aircraft can operate with NORAD as a point defense fighter; 2 AIM-9's on the wingtip launchers, plus a pair of AIM-120's and the centre gun, plus external fuel tanks, and using the radar to find the target of interest. Since the CF-18's are mainly based at Cold Lake, Alberta and near Bagotville, Quebec, the Hawk's can be based at CFB Comox, (to interdict aircraft crossing the Pacific) and at CFB Goose Bay or CFB Greenwood to interdict air travel flying over the Atlantic. Additional Hawk's can be deployed near Moose Jaw, at the NFTC training base (Hawks are already based there for flight training, so we are close to a supply of parts). CF-18's can continue to be based at CFB Cold Lake and CFB Bagotville to provide longer range cover in depth of Canada. The only issue is the slower speed of the Hawk: Max speed of the BAe Hawk is Mach 0.82, compared to the CF-18: max speed of more than Mach 1.8 with afterburners, or Mach 1.0 at fully military thrust. So I say forward deploy the Hawk to so they are physically closer to whatever target you need to intercept, at 3 separate bases (two really, with one being already a Hawk base) to compensate for the slower speed.