TIE Series

The TIE series, "TIE" being an acronym for Twin Ion Engine, was a series of starfighters and other TIE-inspired vehicles designed by Sienar Fleet Systems.

Design


TIE series starfighters shared a general design form of a roughly spherical or cylindrical cockpit pod attached to a set of solar panels. The cockpit and panels may be supplemented by other modules for ordnance or other functions.

This design form carried over to the non-starfighter products, with the standard cockpit module used in the center of a land or sea vessel.

The cockpit of a TIE was neither spacious nor luxurious, even when compared to other starfighters.

Technology
The TIE series got its name from the Twin Ion Engine, which was unveiled to the public by Raith Sienar in 22 BBY. Prototypes of TIE series starfighters may have been tested as early as 29 BBY.

All TIE series starfighters had two or more ion engine outlets, linked to a solar ionization reactor and solar array wings.

Except for advanced models, TIE series vessels were not generally equipped with hyperdrives, but they could be added as an option. Early TIE models tended to suffer noticably in sublight performance if given this upgrade, due to the added mass of the hyperdrive and navicomputer systems.

Combat capabilities
Ships in the TIE series were usually armed with one or more laser cannons. More advanced fighters were equipped with a variety of warhead launchers, and the TIE Avenger and TIE Defender could be fitted with a small-scale tractor beam.

Very few TIE starfighters were equipped with combat shielding, though they were included on the Avenger and Defender and could be retrofitted onto most TIE types. Retrofitting of this type was fairly common in the New Republic era, as ships and manpower became more valuable to Imperial forces.

In 40 ABY, during the start of the Second Corellian Insurrection, the Aleph-class starfighter was produced by Sienar for the Galactic Alliance's Navy. Like its predecessors, the Aleph had a ball-shaped cockpit pod which was larger than that of a standard TIE variant. However, it was designed as a two-seater complete with an astromech droid socket and more weapons.

In 130 ABY, the new Empire, which was a continuation of the Imperial Remnant, continued to use TIE products, including the Predator-class fighter.

Starfighters

 * T.I.E. starfighter
 * TIE Advanced x1
 * TIE Advanced x2
 * TIE Advanced x3
 * TIE Advanced x7
 * TIE Aggressor
 * TIE/ad starfighter
 * TIE/sa starfighter
 * TIE Boarding Craft
 * TIE Defender
 * TIE Hunter
 * TIE Interdictor
 * TIE Oppressor
 * TIE Vanguard
 * TIE/D automated starfighter
 * TIE/fc starfighter
 * TIE/gt starfighter
 * TIE/I starfighter
 * TIE/ln starfighter
 * TIE/rc starfighter
 * TIE/sh shuttle
 * TIE/sr starfighter
 * TIE Phantom
 * Scimitar assault bomber
 * Predator-class fighter

Post-Imperial derivatives

 * Clutch
 * TIE/rpt starfighter
 * Nssis-class Clawcraft
 * Aleph-class starfighter

Civilian variants

 * Lone Scout-A

Non-starfighter products

 * TIE ap-1
 * TIE crawler
 * TIE fighter boat

Behind the scenes
The ion engine is a real-life type of spacecraft propulsion, and publicity surrounding the launch of the SMART-1 spacecraft explicitly linked its ion thruster to the propulsion systems of a TIE Fighter. Taking this comparison further, a number of canon sources describe the large vertical wings of a TIE as something like the photovoltaic solar panels typically used to power real-life ion-drives: terms like "solar arrays" or "solar gather panels" are used to describe the TIEs' wings, and it is explicitly said that they draw on the energy of starlight and play at least a partial role in powering the engines,.

Many fans have disagreed with this information, on the grounds that the power output of solar panels would not be sufficient to give TIEs the acceleration attributed to them, particularly given that TIEs have never been indicated to suffer reduced performance in interstellar space or when flying at night on a planet. Some seek to discard the "solar panel" idea altogether, and the wings of the Prequel-era forerunners of the TIE, Scimitar and Advanced Projects prototype, have been identified instead as radiator assemblages for waste heat from a conventional Star Wars reactor core.

Other fans are reluctant to dismiss any canon material, offering the alternative explanation that mass-lightening technology (which should be possible with the mastery of artificial gravity, repulsorlift devices, inertial compensators and gravity-well generators in the GFFA) may make such low-powered drives practicable, and suggesting that if the wings of production-model TIEs retain a radiator function, this operates alongside their primary role as solar arrays.

Yet other fans prefer different ideas&mdash;for instance, the theory and the small nozzles at the back of the cockpit are simply heat exhausts, and the wing panels are themselves some sort of particle-thrusters, with thrust in different directions from different sections giving them their incredible manoeuvrability.

Another issue that is widely questioned is the lack of shielding on TIE fighters, as it is felt that all TIE series starfighters must at least have some form of shielding against space debris; it may be safely assumed, however, that such shielding cannot stop weapons blasts.

External link

 * TIE Fighters at Curtis Saxton's Star Wars Technical Commentaries