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Tupolev TU 128 Fiddler Ver 2

42.7k Trainzo  3.5 years ago
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Auto Credit Based on Trainzo's Tupolev TU 22 Blinder

( English version at the bottom of the page )

En 1957, Savitskiy, le commandant de la chasse de la PVO, suggéra à Tupolev de concevoir un chasseur dérivé du prototype
du Tu-98, destiné à intercepter les bombardiers occidentaux, et protéger les vastes espaces désertiques de l'URSS.
Le projet, alors nommé en interne Tu-128, fut alors confié à Sergueï Yeger et lancé en fonds propres. Le 4 juin 1958, l'appareil
fut officiellement accepté par l'Union soviétique sous la dénomination officielle Tu-28.
En 1959, le projet échut à I.F. Nezval et présentait les caractéristiques suivantes : un rayon d'action de 1500 km, 2 membres
d'équipage, 2 turboréacteurs AL-7F-2, un radar RP-S Smertch opérant en bandes I et J ("Big Nose" pour l'OTAN), et 4 missiles
air-air K-80 (AA-3 "Anab" pour l'OTAN) capables d'atteindre une cible volant plus haut que leur lanceur. Ces deux derniers
éléments furent testés sur un Tu-104 modifié contre des drones. L'ensemble avion Tu-28/missiles K-80 formait le système Tu-28-80.
Le prototype effectua son premier vol le 18 mars 1961 aux mains de M. V. Kozlov et K. I. Malkhasyan. Il fut dévoilé en
juillet 1961 au public à Tushino et reçut l’appellation OTAN "Fiddler". 4 autres appareils de présérie, furent construits
et les essais se déroulèrent de 1961 au 13 juillet 1964, avec 799 vols. C'est en décembre 1963 que le système reçut la
désignation Tu-128S-4, l'appareil devenant le Tu-128 et le missile R-4. Les prototypes reçurent la désignation "Fiddler-A".
Les appareils de série (appelés à tort Tu-28P) reçurent la désignation "Fiddler-B".
La désignation officielle fut Tu-28 jusqu'en 1963, puis Tu-128.
L'appareil entra en service le 5 octobre 1965 au sein de la PVO, et 188 exemplaires furent construits de 1962 à 1970.
Cet appareil était capable d'intercepter une cible volant entre 8000 m et 21000 m à 2000 km/h, avec une vitesse maximale
en charge de 1665 km/h. Son radar avait une portée de détection de 50 km, d'acquisition de 40 km.
Une version d'entraînement, le Tu-128UT, fut mis au point. Celle-ci avait la particularité d'être triplace, et d'avoir un
nez abaissé. 4 prototypes furent essayés à partir de 1971 et 10 exemplaires de série furent produits.
Le troisième cockpit remplaçait le radar
Le Tu-128M fut lancé afin de donner des capacités supérieures d'interception au Tu-128. Cette fois, l'appareil devait
pouvoir intercepter une cible volant entre 500 et 25000 m, à 3000 km/h, et avoir une vitesse maximale en charge entre
2100 et 2400 km/h. Pour ce faire, on étudia un nouveau radar RP-SM Smertch-M et de nouveaux missiles R-4RM et
R-4TM (AA-5 "Ash" pour l'OTAN). Il emportait 4 de ces missiles, 2 à guidage radar et 2 guidés par infrarouge.
2 Tu-128 de série furent convertis en prototypes du Tu-128M.
Le premier d'entre eux décolla pour la première fois le 24 septembre 1970. Les essais durèrent jusqu'à ce que le Tu-128M
soit accepté le 28 juin 1979. Tous les Tu-128 furent alors modifiés à ce standard.
D'autres projets, désignés Tu-28A, Tu-28-80, Tu-28-100, Tu-138 et Tu-148 furent envisagés mais non menés à leur terme.
Au moins 5 régiments mirent en œuvre le Tu-128, 3 au sein de la 14e armée aérienne basée à Novossibirsk et 2 au sein
de la 10e armée aérienne basée à Arkhangelsk. 25 régiments devaient en être pourvus au départ. D'autre sources parlent
de 6 régiments, 3 d'entre eux protégeant la flotte du Nord, 2 déployés en Extrême-Orient et un dernier au Kazakhstan.
Il ne servit guère qu'à intercepter et détruire des ballons-espions envoyés par les Etats-Unis, et ne fut jamais exporté.
Il fut remplacé par les MiG-31 et Su-27 entre 1984 et 1988, et finalement retiré du service en 1992. Il reste le plus gros
et le plus lourd intercepteur jamais construit et semble avoir laissé une excellente impression à ses équipages.
Les Tu-128M survivants sont stockés au dépôt de Rzhev.

Nouvelle cellule complète , nouveaux réacteurs , nouvelle déco .

  • Réacteur gauche : touche 1 .
  • Réacteur droit : touche 2 .
  • Feux de navigation : touche 3 .
  • Feu d'atterrissage : touche 4 .
  • Aérofreins : touche 5 .
  • Parachute : touche 6 .
  • Verrrouilage train avant : Touche 8 .
  • Trim : Trim .
  • Vtol : Volets .
  • Puissance >90% pour activer la post-combustion .

English version .

In 1957, Savitskiy, the PVO fighter commander, suggested that Tupolev design a fighter derived from the prototype.
of the Tu-98, intended to intercept Western bombers, and protect the vast desert areas of the USSR.
The project, then internally named Tu-128, was then entrusted to Sergei Yeger and launched in equity. On June 4, 1958, the aircraft
was officially accepted by the Soviet Union under the official name Tu-28.
In 1959, the project fell to I.F. Nezval and had the following characteristics: a range of 1500 km, 2 limbs
crew, 2 AL-7F-2 turbojets, an RP-S Smertch radar operating in bands I and J ("Big Nose" for NATO), and 4 missiles
air-to-air K-80s (AA-3 "Anab" for NATO) capable of hitting a target flying higher than their launcher. These last two
Elements were tested on a modified Tu-104 against drones. The Tu-28 aircraft / K-80 missile assembly formed the Tu-28-80 system.
The prototype made its first flight on March 18, 1961 at the hands of M. V. Kozlov and K. I. Malkhasyan. It was unveiled in
July 1961 to the public in Tushino and was given the NATO designation "Fiddler". 4 other pre-production devices were built
and the tests took place from 1961 to July 13, 1964, with 799 flights. It was in December 1963 that the system received the
designation Tu-128S-4, the aircraft becoming the Tu-128 and the R-4 missile. The prototypes received the designation "Fiddler-A".
The series devices (wrongly called Tu-28P) received the designation "Fiddler-B".
The official designation was Tu-28 until 1963, then Tu-128.
The aircraft entered service on October 5, 1965 within the PVO, and 188 examples were built from 1962 to 1970.
This device was able to intercept a target flying between 8000 m and 21000 m at 2000 km / h, with a maximum speed
load of 1665 km / h. Its radar had a detection range of 50 km, acquisition range of 40 km.
A training version, the Tu-128UT, was developed. This one had the particularity of being three-seater, and of having a
lowered nose. 4 prototypes were tested from 1971 and 10 series copies were produced.
The third cockpit replaced the radar
The Tu-128M was launched in order to give superior interception capabilities to the Tu-128. This time the device had to
be able to intercept a target flying between 500 and 25,000 m, at 3,000 km / h, and have a maximum speed under load between
2100 and 2400 km / h. To do this, a new RP-SM Smertch-M radar and new R-4RM missiles and
R-4TM (AA-5 "Ash" for NATO). It carried 4 of these missiles, 2 radar guided and 2 infrared guided.
2 production Tu-128s were converted into prototypes of the Tu-128M.
The first of them took off for the first time on September 24, 1970. Tests lasted until the Tu-128M
be accepted on June 28, 1979. All Tu-128s were then modified to this standard.
Other projects, designated Tu-28A, Tu-28-80, Tu-28-100, Tu-138 and Tu-148 were considered but not completed.
At least 5 regiments implemented the Tu-128, 3 within the 14th Air Force based in Novosibirsk and 2 within
of the 10th Air Force based in Arkhangelsk. 25 regiments were to be provided at the start. Other sources speak
of 6 regiments, 3 of them protecting the Northern Fleet, 2 deployed in the Far East and one last in Kazakhstan.
It did little more than intercept and destroy spy balloons sent by the United States, and was never exported.
It was replaced by the MiG-31 and Su-27 between 1984 and 1988, and finally withdrawn from service in 1992. It remains the largest
and the heaviest interceptor ever built and seems to have left an excellent impression on its crews.
The surviving Tu-128M are stored at the Rzhev depot.

New complete cell, new reactors, new decoration.

  • Left reactor: button 1.
  • Right reactor: button 2.
  • Navigation lights: button 3.
  • Landing light: button 4.
  • Airbrakes: button 5.
  • Parachute: button 6.
  • Front axle locking: Button 8.
  • Trim: Trim.
  • Vtol: Shutters.
  • Power> 90% to activate post-combustion.
  • Locking nose gear for takeoff and landing.

Spotlights

General Characteristics

  • Predecessor Tupolev TU 22 Blinder
  • Created On Windows
  • Wingspan 46.4ft (14.2m)
  • Length 63.6ft (19.4m)
  • Height 13.2ft (4.0m)
  • Empty Weight 22,484lbs (10,198kg)
  • Loaded Weight 38,164lbs (17,311kg)

Performance

  • Power/Weight Ratio 1.766
  • Wing Loading 102.0lbs/ft2 (497.9kg/m2)
  • Wing Area 374.3ft2 (34.8m2)
  • Drag Points 6616

Parts

  • Number of Parts 220
  • Control Surfaces 7
  • Performance Cost 1,110
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  • Profile image
    42.7k Trainzo

    @UseGooglePlay , thank for your upvote .

    4 months ago
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    42.7k Trainzo

    @HariTheSnakk , thanks for your upvote .

    +1 8 months ago
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    42.7k Trainzo

    @Sergio666 , thanks for your upvote .

    +1 3.2 years ago
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    42.7k Trainzo

    @Milanesa , thank for your upvote .

    3.5 years ago
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    42.7k Trainzo

    @Username2 , thank for your upvote .

    3.5 years ago
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    42.7k Trainzo

    @Liquidfox01 , yes it's true . It's a fascinating plane . Thank you for your upvote .

    3.5 years ago
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    2,895 Liquidfox01

    ah yes the "Fiddler" the largest cold war interceptor to ever take to the skies

    3.5 years ago
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    42.7k Trainzo

    @LieutenantSOT , thank you very much .

    +1 3.5 years ago
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    @Trainzo of course! This plane is really nice

    3.5 years ago
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    42.7k Trainzo

    @SilverStar , thank for your upvote .

    3.5 years ago
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    42.7k Trainzo

    @ACEPILOT109 , thank .

    3.5 years ago
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    Very nice plane!
    @Trainzo

    3.5 years ago
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    42.7k Trainzo

    @LieutenantSOT ? Thank for your upvote .

    3.5 years ago
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    16.7k MrGreen

    @Trainzo No problem mate

    3.5 years ago
  • Profile image
    42.7k Trainzo

    @MrGreen , thank for your upvote .

    3.5 years ago
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    42.7k Trainzo

    @ACEPILOT109 , thank my friend for have spotlighted my plane .

    3.5 years ago
  • Profile image
    42.7k Trainzo

    @ACEPILOT109 , thank for your upvote .

    3.5 years ago
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    42.7k Trainzo

    @RicardoAs1515 , thank for your upvote .

    +1 3.5 years ago
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    42.7k Trainzo

    @RicardoAs1515 , thank for your upvote and for your comment .

    3.5 years ago
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    93.8k RicardoACE

    Very good

    3.5 years ago
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    @Trainzo no Problem

    3.5 years ago
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    42.7k Trainzo

    @SimplyPlain , Thank you very much for your compliment . He touched me .

    3.5 years ago
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    42.7k Trainzo

    @GuyFolk , @GroBaleaze , @IdnManufacturer , thanks for yours upvotes .

    3.5 years ago
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    82.7k SimplyPlain

    @Trainzo Yes, well... my version may look posh, but I needed almost exactly 5x as many parts to achieve that effect. Kudos for making something viable with only 220. You're actually much closer to the actual number of parts the Soviets used to build a plane in those days ;)

    3.5 years ago
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    42.7k Trainzo

    @SimplyPlain , thank for your upvote my friend . The model you made is much more detailed is more successful . I hope to reach your level of achievement one day .

    3.5 years ago
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