Videos of the boats showed the FCRs ‘nodding’ when trying to acquire the helis. Dare one say multipathing? Or perhaps it’s just my opinion?
If you don’t have a 3d search radar the FCR has to nod to height find the target, not having seen the video I’m wondering if it was also to counter ship motion?
F35 is not a significantly great leap over what goes before.
If you look at the systems integration it’s a step on from Typhoon, I mean you can see through the floor! Never mind the radar’s capabilities. Plus it’ll be the first stealthy aircraft to be operated by the UK, which certainly makes it worthy of consideration if it works as advertised.
I seem to recall in the ASuW role it took four GR1Bs to do the job of one Buccaneer. There’s also the Gulf War 1 story recounted on Pprune recently where the Tornados had to depart the target area due to being low on fuel while the Bucc hung around, lased a target and dropped its bomb. It then climbed up and overtook the Tornado refuelling below it to land on at base first. Not to mention the planned round the world flight without air to air refuelling on the Bucc’s retirement from RAFG, that was queitly shelved as the Tornado wouldn’t have been able to do it. More here
I’m not saying the Tornado wasn’t better than the Buccaneer, but it wasn’t a real leap in capability.
I’m gonna repeat reply and say it is the Tornado.
Tornado as a step up from the Canberra I get, but compared to the Buccaneer I don’t see it being that great a leap forward.
Reference the Phantom/Lightning, I didn’t think the ‘Toom was intended as a replacement for the Lightning, I mean their out of service dates are only four years apart or so.
Personally I think it’s probably Typhoon as the data fusion and carefree handling allow a step change in capability of the airframe.
I think there are photos of the recovery in the Fleet Air Arm musuem if it’s the one I’m thinking of. There’s also an explanation of the difficulties involved in the recovery which I think is why nothing was attempted in 1944. You could try contacting them.
Depends how it is spoken about, most hydraulics are electrically actuated. I thought thet Herc flaps were operated by electric screw jacks though?
The systems I’m familiar with have a pump that supplies fluid under pressure to a jack, that’s controlled by a mechanical connection to the pilot’s controls. Modern fly by wire stuff replaces the rods/cables etc. with electric string, the advantage with the former, in some cases, is that you retain a degree of control if you lose hydraulic pressure.
Not totally sure about Herc flaps, I’d imagine depending on the deployment time you could have an electric drive as the motor wouldn’t need to be as powerful if you could accept a pause between selecting a flap setting and getting it. Obviously with flight controls you can’t make that trade off. Mind you if you’re already developing hydraulic pressure at 3000psi, why not use it for the flaps!
I think a lot of larger aircraft use hydraulics because it’s only recently been possible to get electric actuators man enough to do the job but light enough to be used in an aircraft. I’m certain the Hercules has hydraulic flight controls, actually having just googled it they do along with the flaps u/c etc. with two hydraulics systems. There may be some sort of electric reversion mode but I think that refers to a back up pump.
The other problem is generating the required levels of power.
Westlands have been trying to replace the hydraulic controls on a Merlin with electric actuators but they’ve been having reliability problems.
Second question, will they miss it?:dev2:
Just a thought, I know there’s an RR Eagle left, but are there any Armstrong Siddeley Pythons extant?
any Gannets in the offing?!
Possibly, Steve who did the Seahawk on the site is looking at it for his next project.
Excellent stuff, your own work?
Any other versions such as TF.1 and T.3 on the way at all?
Thank you, I did the 3D modelling, while a couple of friends did the textures and the flight modelling. So the shade of Sky Type S is nothing to do with me!
No real plans for a TF.1 or 3 at this stage, being located close to the museum example it’s become apparent that there are a lot more differences between it and the S.4 than similarities so it’d be essentially a new model. As the S.4 took around 18 months from start to finish it’d be quite an undertaking, I have done stupider things though!
But any area big enough to fit a Harrier in is an airfield so that excuse won’t wash. Admittedly dead sticking one in is no fun but still within the capabilities of a pilot who is current and has his/ her wits aboout them, or it should be.
Errr…. if the engine stops you can’t hover so it’s going to be a running landing and with a glide angle of 4000′ per mile you don’t have a lot of time to find somewhere big enough to land. The stall speed, for the first gen Harriers at least, was pretty high as well.
I’m fairly sure the immediate action for a low level engine failure in the Harrier is Eject.
I can’t believe they’re at establishment! Must be a world first!
I’m curious as to whether those numbers are for those doing the job only, or includes those qualified but currently driving a desk etc. somewhere, I’m guessing the former as 33 seems about right to man two squadrons which is the intention.
Also does anyone else on here have any remains from this plane in there collection.?
No, but if you’ve got FSX or Strike Fighters you might want to look at http://www.flyingstations.com/wyvern.html, then you can tell me everything I got wrong so I can change it!
Harriers having the glide performance of a brick are restricted in where they can operate over built up areas or only at a height that’s pointless for a flypast. I’d have to check the geography but I think if a Hawk has an engine failure in the vicinity of Buckingham Palace it should be able to divert to Northolt/a Park. A Harrier would probably land on the Palace, I think the only person to dead stick a Harrier was one of the test pilots whose response was along the lines of ‘******* that for a lark’.