Picture 015
This is a complete "compressor" (HP 7), the last stage before the combustion chamber. It's operating temperature is somethiing in excess of 1500 degrees Celcius. This gives you an idea as to how the engine blades look when fitted, although one can normally only see the first and second stages of the low pressure, after that they are virtually impossible to see from the outside of the engine. Important note: Nothing to do with the picture above, but more to do with the other items in this section. If you would like more photographs of any of the "Engineering Collectables", please request them by e-mail, we'll be happy to show the items from different angles so you have a better idea as to what you may be buying.
Engineering Collectables

Concorde was powered by four Rolls Royce Olympus 593-610, turbojet engines, controlled and navigated by what is now considered "old technology" but in its day, it was "light years" ahead of the rest!

Three very telling facts, are these:

  • There is still no other civilian aircraft that travels anywhere near the speed at which Concorde did, 1370 mph.
  • There is still no other aircraft (including military) which can travel for 3 ½ hours as Concorde did regularly, London/New York, without refuelling!
  • It did both of the above with up to a 100 passengers on board plus their baggage!

Here you will find a variety of collectable items all of which will have a copy of, if not the original, Certificate issued on behalf of British Airways, authenticating the item’s originality and its use on or in support of Concorde.

"Engineering Collectables", are fantastic talking pieces, when you stop to think what aircraft they were on and what engineering went into their making, not just the design but the actual expertise in making these parts. Never before Concorde, had something like this been done, even today Concorde has no successor.

Each time these items change hands they are more likely to find their final resting place, the knowledgeable, discerning and appreciative collector. Don’t miss out!

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Concorde Engine complete with after-burner

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Picture cropped 023

A complete Concorde Turbojet engine.

 

 

 

 

 

If you  are interested in acquiring this wonderful piece of aviation history, please contact us and we shall be pleased to discuss payment and shipping arrangements.

 

This engine, a Rolls-Royce Olympus turbojet engine model 593-610 is in excellent condition and is complete with the Snecma after-burner. The engine comes in the purpose built engine skid (having wheels and brakes and its own serial number).

 

 

 

This engine was no. 3 engine and installed on 22 October 1977 and delivered on Concorde  G-BOAG (formerly 214 G-BFKW) and its 1st. flight was on 21st. April 1978 and was flown by Captain E. B. Trubshaw.

The  Delivery of Concorde 214 G-BFKW was on 6 February 1980 and was again flown by Captain E. B. Trubshaw and the acceptance flight by  Captain B. O. Walpole (BA), many more details are available.

There is some very interesting documentation with this engine.

Other details:

Length is approx 17 ft.

Engine weight is approx 3.5 tonnes

Skid weight is approx 1.5 tonnes.

Compressor Blade HP Stage 2

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Not available at present, but please keep an eye on this item it will be available again soon but with a new style stand. 

 

High Pressure 

compressor blade stage 2 on hardwood stand.  The blade is not fixed so it can be removed to handle and then replaced.

The stand measures approx.  9" x 4 3/4" and has felt pad feet.

 

This item comes with a copy of the British Airways authentication Certificate.

This item has been in service.

See more details for full description.

Engine blades

The Olympus turbojet engine (593-610) is a 2-spool engine. These engines consist of 14 compressor stages, 7 on each shaft. The front shaft being the low pressure and the second shaft being the high pressure.

Starting from the front of the engine: Low pressure stage 1, 2 , 3, so on up to 7. Followed by the high pressure stages again 1 through 7. Between each of the compression stages (which move) are the static blades (stator blades).

The compressor blades can be identified by the length of their leading edge. Below is a copy of the table (for identification) from the Rolls-Royce manual. You can also see from the table what material was used for each of the blades and the number of blades on each compressor stage.

These compressor blades are incredibly tactile and make for interesting talking pieces, but some have particularly sharp edges having been used in service in support/maintenance of Concorde.

High Pressure

Description Material    Qty          Max Width               Aerofoil Length

                                                    *Inches    mm          *Inches   mm

HP Stage 1 Titanium       34           3.50        88.00          7.00      178.00

HP Stage 2 Titanium       54           2.40        60.00          6.50      165.00

HP Stage 3 Titanium       55           2.00        51.00          5.00      127.00

HP Stage 4 Nimonic        69           1.90       47.00          4.00       102.00

HP Stage 5 Nimonic        81           1.80       45.00           3.50        89.00

HP Stage 6 Nimonic       83            1.80        45.00          3.00        76.00

HP Stage 7 Nimonic     105            1.50        38.00          2.50        64.00

* Rounded figures

Compressor Blade HP Stage 3

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 Not available at present, but please keep an eye on this item it will be available again soon but with a new style stand. 

 

High Pressure 

compressor blade stage 3 on hardwood stand.  The blade is not fixed so it can be removed to handle and then replaced.

The stand measures approx.  9" x 4 3/4" and has felt pad feet.

 

This item comes with a copy of the British Airways authentication Certificate.

This item has been in service.

See more details for full description.

 

Engine blades

The Olympus turbojet engine (593-610) is a 2-spool engine. These engines consist of 14 compressor stages, 7 on each shaft. The front shaft being the low pressure and the second shaft being the high pressure.

Starting from the front of the engine: Low pressure stage 1, 2 , 3, so on up to 7. Followed by the high pressure stages again 1 through 7. Between each of the compression stages (which move) are the static blades (stator blades).

The compressor blades can be identified by the length of their leading edge. Below is a copy of the table (for identification) from the Rolls-Royce manual. You can also see from the table what material was used for each of the blades and the number of blades on each compressor stage.

These compressor blades are incredibly tactile and make for interesting talking pieces, but some have particularly sharp edges having been used in service in support/maintenance of Concorde.

High Pressure

Description Material    Qty          Max Width               Aerofoil Length

                                                    *Inches    mm          *Inches   mm

HP Stage 1 Titanium       34           3.50        88.00          7.00      178.00

HP Stage 2 Titanium       54           2.40        60.00          6.50      165.00

HP Stage 3 Titanium       55           2.00        51.00          5.00       127.00

HP Stage 4 Nimonic        69           1.90        47.00          4.00       102.00

HP Stage 5 Nimonic        81          1.80         45.00          3.50         89.00

HP Stage 6 Nimonic       83            1.80        45.00           3.00        76.00

HP Stage 7 Nimonic     105            1.50        38.00           2.50        64.00

* Rounded figures

Concorde Engine Blade (polished) Take-off

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This is a real action picture of Concorde just after takes off, all four afterburners on full power!

The eddies over the delta wings adds more  excitement and life to the picture. 

The livery is Chatham Flag.

The engine blade is one of the High Pressure Stage 5 blades and more technical information can be found above, where there is an engine blade mounted on a presenation plinth.

The overall size of the light oak frame is approx: 9 1/2" x 12" and has a hook for hanging and a pull out stand for free standing.

This is a perfect gift to adorn any private study or indeed office desk.  

Please note each engine blade is unique even when it's been polished, some will  have knocks and damage to them evidencing they have done their duty in service.

 

Concorde Engine Blade (polished) Engines Running-up

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A brilliant picture of Concorde prepared for take off, all four engines generating a tremendous heat haze clearly visisble.

The livery is Chatham Flag.

The engine blade is one of the High Pressure Stage 5 blades and more technical information can be found  above, where there is an engine blade mounted on a presenation plinth.

The overall size of the light oak frame is approx: 9 1/2" x 12" and has a hook for hanging and a pull out stand for free standing.

This is a perfect gift to adorn any private study or indeed office desk.  

Please note each engine blade is unique, even when polished some having knocks and damage to them evidence they have done their duty and been in service.

Concorde Engine Blade (not cleaned) Take-off

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This is a real action picture of Concorde just after takes off, all four afterburners on full power!

The eddies over the delta wings adds more  excitement and life to the picture. 

The livery is Chatham Flag.

The engine blade is one of the High Pressure Stage 5 blades and more technical information can be found above, where there is an engine blade mounted on a presenation plinth.

The overall size of the light oak frame is approx: 9 1/2" x 12" and has a hook for hanging and a pull out stand for free standing.

This is a perfect gift to adorn any private study or indeed office desk.  

Please note each engine blade is unique and this one has not been polished, some will be decidedly dirty and will have knocks and damage to them evidencing they have done their duty in service.

 

 

 

Concorde Engine Blade (not cleaned) Engines Running-up

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A brilliant picture of Concorde prepared for take off, all four engines generating a tremendous heat haze clearly visisble.

The livery is Chatham Flag.

The engine blade is one of the High Pressure Stage 5 blades and more technical information can be found  above, where there is an engine blade mounted on a presenation plinth.

The overall size of the light oak frame is approx: 9 1/2" x 12" and has a hook for hanging and a pull out stand for free standing.

This is a perfect gift to adorn any private study or indeed office desk.  

Please note each engine blade is unique, this one is  left untouched (not cleanded or polished),  some having knocks and damage to them evidence they have done their duty and been in service.

Thrust Auto Reducer Unit

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BAC Thrust Auto Reducer Unit,

Issue 1,

Code number 66.076.318.00,

A640100   A001,

Serial number F8.

 

Dimensions:

Height:  8"

Width:    3 1/2"

Depth:  13".

 

 Rack Mounted. 

Condition indicates considerable use.

This item  comes with the British Airways, (Dovebid auctioneers) Certificate of Authenticity.

 

Radion ALT Antenna

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Radio Alt Altenna, AHV5-401

Part no.: 9599-607-12301

Serial no.: 9897.

Manufatured March 2001.

This would have been surface mounted and is 7" in diameter.

 

Condition indicates this is a new unit.

 

This comes with a British Airways (Dovebid auctioneers) Certificate of Authenticity.

Total Temperature Air Sensor Type 1

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Please contact us to verify stock before purchase or payment.

Rosemount Aerospace Air Temperature 1

Model FZA-PMA BAE Concorde Type 1.

This item comes with the original British Airways Certificate of Authentication.

Etched on the body of this instrument is

"FAA-PMA BAe Concorde Type 1"

This is a magnificant piece of engineering and incredibly tactile.

Each of the 4 engines had one of these sensors fitted in the air intake diffuser, to the rear of the rear ramp. They were positioned in such a way to protect them from foreign object damage. The probe is a dual element, de-iced, platinum resistance probe with a 115 V a.c. self regulating de-icing heater. The output signal was sent to the ADC1, along with the inputs from the Pitot Probe, Digital Machmeter, Angle of Attack Sensor and various other gauges.

That's the technical bit, but what did it do?

What this "little baby" did was take a static sample of the air, not easy when you consider Concorde was "motoring along" at 1320 mph or 1 mile every 2.7 seconds, having "caught" the sample, it then took it's temperature and fed the reading back to the ADC1, which each pilot had in centre position. The air was then released through the vent holes to the rear.

The engineering in this item is second to none, the sensors and the gold plated pick-up points were welded into the body. The welding is hard to see, such is the high quality of finish! The aerofoil, which you can see in the picture is, almost sharp to touch.

Inside this instrument is 3 elements, 2 are temperature sensors (resitance bulbs) and the other is a de-icer (270 watts).  At the speeds Concorde flew, this instrument would get cold, it would ice up. The de-icer kept it frost free but in so doing gave off heat, when the air temperature was being measured the de-icer heat had to be compensated, this was done by having 2 heat sensors.

Ideally this would look at its best mounted but we suggest you may wish to consider carefully how to do so, it is tactile and you may want to be able to take it off the mounting for when, well frankly, showing it off!

Dimensions:

Height: approx. 5 1/4" (130mm)

Aerofoil (front-to-back) approx. 2" (50mm)

Flange (long) point-to-point approx. 5" (125mm)

Flange (short) point-to-point approx. 3 1/2" (90mm)

Intake nozzle, approx 20mm x 12mm.

Engine Heat Shields (matched pair)

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Picture 126

Only this pair remain, please check they are still available before you make a purchase or payment.

There was considerable heat shielding fitted within the engine bays on Concorde and many of the heat shields were of complex design. They were required to fit some of the smallest of places and almost certainly to have been "hand-made".

This pair is particularly attractive owing to their size, (see further details for dimensions) and their uniform construction, a matched pair.

They are quite light,  so if you wanted to make them into a pair of book-ends for example please take this factor into consideration.

They each have a product part number on them and of course a unique serial number.

They will also have a copy of the British Airways certificate of authentication.

Dimensions:

Height: (base to tallest point), approx. 5" (130mm)

Length: (longest section), approx 9"  (230mm)

Width of base: approx 4"  (100m)

Width of inner section, approx 2"  (50mm).

Some details not shown in the photograph:

Around the base are 5 recessed holes. Up the front flange face are 5 holes and at the rear face of the flange is a further 2, these 7 holes are all threaded.