re james mays programme some weeks ago, surely its feasable to construct a stirling using the same methods etc ,this would then give more impetus to the project as there would be a solid example to spur the initative along and afford people the opportunity to view this much maligned aircraft quicker than waiting for the rebuild/construction to be completed,which is likely to be some time.
Yes, anything is possible, but what would this achieve, other than having a 1:1 scale plastic model to paint?
I know all of the project members well, and they have great impetus to progress the project already, and have all of the necessary skills to see it through. So much has already been made, and lots more is underway. Not to tie them down to a timeframe, but a full flightdeck is under construction, and 3D CAD is already close for the complete forward fuselage. The whole point of re-creating an extinct type is to bring together as many original parts and put them back into context. This would be within a correctly made airframe, or major secion thereof.
Already the project has built up an instrument panel, front turret, flying controls, and the pilots seat and supporting structure is underway. There are tons of other airframe parts collected also. With suitable jigs constructed, a forward fuselage shell should be possible next.
There are so many differences between aircraft manufacturers methods, even type to type from the same company, that a correctly made new-build is there for future generations to learn from. You simply can’t preserve the same airframe construction methodology in a plastic reproduction.
Hmmm, now let me think????
de Havilland Hornet! 😀
Meteor TT.20 WM224
During the conservation work carried out on the cockpit structure on Meteor WM224 in the late 80’s, lines of poetry were found written in pencil on the inner skins. The Meteor cockpit is double skinned, so this would have only been possible before during manufacture at Armstrong Whitworth around 1951..
There was a tank in the fuselage behind the pilot, but the main tanks are in the wings. The Mustang also has a more advanced and efficient wing, so it’s not all about the fuel capacity.
It’s mostly about fuel capacity with the Mustang. The dogfighting ability of the Mustang with full fuel load in the rear fuselage and wing/drop tanks was poor. A fully fuelled Spitfire on the other hand was still better balanced.
“The Mustang also has a more advanced and efficient wing” – For flying from A to B.
Aerodynamically it is not as good as the Spitfires for example in dogfighting, tight turns, etc..
“What would it take for a spitfire to have the same range as a p-51D? I guess it was tested and the mustang came out best but i wonder why?” – they are two different aircraft. One was designed as a shorter range interceptor, and the other a long range escort. These design specification differences drive different solutions.
Hornet 130/131 and 134/135 engines
The Hornet Merlin 130 series engines were indeed handed. This was achieved on all production aircraft by reversing the direction of propeller rotation on the right hand engine, by the use of an additional idler gear.
This extra idler gear made the RH engine nacelle approximately 3/4″ longer than its LH counterpart. In both cases the crank rotated in the same direction.
The additional length of the RH engine was accomodated with an extension to the front edge of the engine nacelle as shown below.
I can’t see the difference between a new build Yak and the FlugWerk 190.
Maybe I’m just being obtuse……
The new build YAK was built by the original manufacturer.
If Focke Wulf had made these new-builds on the original tooling using original drawings then, and tested/evaluated the new engines, systems, and improvements to the design, then it would be the same case…. but it isnt.
I have read the interview and it clearly states there is a president in the YAK 3 and 9 these aircraft are new biuld and have been re-engined with allisons fitted with hamilton standard props? G-CDBJ is an example. It operates on a permit not a C of A. I am not aware of anyone on the forum having first hand knowledge (please enlighten me if you do!) of what either has of hasn’t been done with view to getting the aircraft on the UK register.
This may appear to have set a president, but for a good reason: The first new-build YAK 3M’s are made by Yakovlev in Russia in 1992, using the original tooling and drawings, and incorporate modern avionics and an Allison engine. If the original manufacturer has supported this modification, then maybe it is easier for subsequent new-builds of that type to get certified, because the OEM (Original equipment manufacturer) has already validated the conversion.
🙂
Its a new aircraft type in effect and as such would require complete type authorisation as its too heavy to be placed in the homebuilt PFA catergory. Such an excercise would be very difficult, time consuming and costly to justify for one example. If the aircraft was a restored original with a BMW engine it would qualify for Permit operation being an ex-military aircraft but in the case of the Flugwerk replicas, not so.
Mark V has made the point clearly regarding this Flugwerk replica – readers of this thread take note! The CAA may be seen as the ogre stopping airshow attendees photographing something exotic in the UK skies, but they are acting in everyones safety. Its a new type, that just happens to resemble a German Warbird. There may be a large amount of commonality in the design and construction between old and new, but the rules are clear – if you improve, redesign, or make a make a new type you need to do the (paper)work and this costs time and money.
These are great looking replicas, but in hindsight to sell one in the UK Flugwerk should have either created these as re-builds from existing wreckage, or only aimed them at the US market under their experimental category. Even if they had been classed as re-builds/restorations of originals, putting a different engine onto this would still have required new certification in the UK.
The airframe code for the Hornet is 26EW, not AWB..
This 26EW code would not appear on the parts in any case, even if it were type specific. Only occasionally would 26EW appear on a stores tag. All Hornet airframe parts take the form:
3F123 for example.
3=type 103
F=fuselage
123=part number
Hope this helps.
After your comment I posed the question on the ScotAvNet forum about which Hornets had been recorded there.
The reply from Douglas Rough was:-
Hi Elaref,
Thanks for this. I’d lost Doug’s email address in the early noughties. I take it you are still in touch with him. Pass on my regards.
These above were the only 4 photos I took unfortunately
Will try to check back thro’ the SCAN DVD’s to check out serials, but I’m fairly sure 850 & 856 were quoted frequently as being there.
Usual E&OE warning – The Navy was very good at stencilling panels with serials. Panels get/got swapped leading to various erroneous reports over the years then – or did someone misread VR850?
And this was in the days long before the internet & computers made checking things vastly easier!
Willing to be corrected!!
These are excellent photos, many thanks for posting them. Did you note which single seat vampires these were?
I have VR850 & VR856 logged as there
Did you get photos of these Sea Hornets too?
I would be interested to see how VR856 got there as it was written off after it ran off the end of the runway at Hal Far in Malta?
This is probably a classic over simplification, but I thought the forward cockpits of Vampires and Hornets were based on each other?
Totally different.
The single seat Vampire was a much wider cockpit than the Hornet.
Isn’t this a Hornet/Sea Hornet cockpit.?
No these are single seat Vampire cockpits.