Early British Jets

Part 1: Gloster’s Contribution

by Raul Hrubisko

In the beginning of 1938, British Air Ministry decided to put an order to Gloster for the development of a new experimental aircraft powered by the new Whittle jet engine. With this the British aircraft industry entered the jet age.

A contract E.28/39 for two prototypes was signed by the Air Ministry in January 1940 and the first of these was completed by April 1941. Although the Gloster E.28/39 was not able to achieve high speeds, it proved to be a capable experimental platform and paved the way for Britain’s first operational jet aircraft, the Gloster Meteor, followed shortly by others.

My collection of early British jet aircraft includes the following models, 23 in all:

Armstrong Whitworth A.W. 52 TS363 (P)
de Havilland DH 100 Vampire LZ548/G
de Havilland DH 100 Vampire LZ551/G
de Havilland DH 100 Vampire TG 274/G
de Havilland DH 108 Swallow Lo Speed TG283 (P)
de Havilland DH 108 Swallow High Speed VW120 (P)
Gloster G41 Meteor DG204/G
Gloster G41 Meteor DG206/G
Gloster G41 Meteor MKI EE214/G
Gloster G41 Meteor MKI EE240
Gloster G41 Meteor MKIII EE318
Gloster G41 Meteor MKIII TRENT (Ex EE227)
Gloster G41 Meteor MKIII HI SPEED EE454
Gloster G41 Meteor MKIII HI SPEED EE455
Gloster G41 Meteor MKIII EE416
Gloster G41 Meteor MKIV EE592
Gloster Whittle E28/39 Pioneer W4041
Gloster Whittle E28/39 Pioneer W4041
Gloster G.42 Ace TX145 (P)
Miles M 39A Jet Bomber U0245 (P)
Miles M 52 (Project E24/43)
Saunders-Roe SRA1 SR44 TG263 (P)
Supermarine 392 TS409

Gloster Whittle

The Gloster company built two E.28/39 machines, these were serialled W4041 and W4046. I built the the W4041 in two different versions, representative of the early and late configurations of this aircraft. Both models were made using the old Frog and Novo kits with a few modifications.

Gloster Meteor

The Gloster Company received a contract F.9/40 for twelve prototypes from DG202 to DG2013 on February 14th, 1941. The idea was to prove the viability of different engines and configurations. I made only two of these prototypes.

DG206/G and DG204/G

DG206/G was the third prototype powered by the Havilland 2.300 lb Halford H.1 engines which was the first F.9/40 to fly. Michael Daunt flew the aircraft redesigned as F9/40H for the first time at Croswell on 5 March 1943.

The DG204/G (F9/40M) was powered by 1.900 lb Metrovick F.2 engines. The first flight took place on November 13th, 1943 at RAE Farnborough. The aircraft was then lost on 1 April 1944 after only 3 hours and 9 minutes of flying time.

I used the old Airfix Gloster Meteor Mk III kit for both models but had to make several modifications to them, such as: new canopies, new scratchbuilt engines, modified tails and a few smaller items.

EE214/G

Positioned beneath the fuselage of EE214/G is the 100 gal external fuel tank which first flew on the aircraft on 1st May 1944. This was intended as a cure for Meteor’s limited range. This design eventually led to the development for a jettisonable tank.

The model was made using an Airfix Mk III kit with an own vacuum formed canopy and (obviously) a new external fuel tank.

EE240

On 20th January 1945 four operational aircraft were deployed to Melsbroek in Belgium to provide the base with air defence but also with the intention of drawing the German Me 262 units into combat. Despite a series of flights to display the new type to the Allied anti gunners the pilots still found the odd round fired at them during sorties over friendly territory and in another attempt to distinguish themselves from the Me 262 and to provide themselves a measure of winter camouflage the aircraft were given a coat of white distemper over the standard Dark Grey and Ocean green upper camouflage.

The model was made using an Airfix Mk III too with an own vacuum formed canopy.

EE318

The Meteor F Mk III of the 74 Squadron RAF stationed at Colerne, UK during 1945. These markings are actually one of the options which came with the Airfix Meteor kit.

EE454 “Britannia” and EE455 “Yellow peril”

Before “real” production of F Mk 4 became available two late F Mk IIIs (EE454 and EE455) were taken off the production line and modified to the F Mk 4 standard for use by the reformed RAF High Speed Flight. The aircraft retained long span wings but were fitted with prototype Derwent 5 engines with long nacelles. The aircraft were specially prepared for an attempt on the world speed record. On 7 November 1945 Group Captain H. H Wilson CO of the ETPS flew EE454 to an average speed of 606 mph in 4 hours setting a new record while Eric Greenwood, Gloster’s chief test pilot managed to achieve 603 mph in EE455.

I have cloned all the necessary pieces (fuselage, wings, etc) to make these two models using the JP kit as a master piece because unfortunately it is no longer available in the market. The wings were extended in scratch.

I bought the decals for the Yellow peril many years ago from Dutch Decal.

Due to the fact that the fuselage, tail, elevator were resin parts I had to use a lot of weight to keep the balance. I even put weight into the engine nacelles.

EE592

This model represents a typical F Mk 4 powered by Roll Royce Derwent 5 turbojets. I used the JP kit.

EE416

Martin Baker initially used a Boulton-Paul Defiant for their ejection seat tests but in November 1945 acquired a Meteor Mk III EE416, which had a second cockpit added in place of the ammunition bay, behind the normal cockpit. The extra cockpit had no flying controls and was intended only to accommodate a seat under test. Benny Lynch made the first succesful ejection in the UK using a Martin Baker seat on 24th July 1946.

I had to perform some an important modification in order to add the second seat. In this case is a Martin Baker Mk I seat which I bought from Aeroclub. Both the model and the canopy are clones.

Trent (Ex EE227)

In February 1945, with the RAF’s immediate needs catered for by the delivery of the improved Meteor F.3, EE227 was converted back to F.1 standard and handed over to the Rolls-Royce facility at Hucknall as a flying testbed for the newly developed RB.50 Trent propeller-turbine, or turboprop. This kind of powerplant offered many of the advantages of the turbine power – relative simplicity, high power and lack of vibration, combined with the proven capabilities of the propeller: high aerodynamic efficiency even up to quite high Mach numbers. The Gloster Trent-Meteor first flew on September 20th, 1945.