Blastech\u2019s Spitfire rapid-fire laser cannon is capable of delivering an unparalleled number of bolts per second for a sustained period due to its low power consumption. Its damage fall-off and poor accuracy, however, limit its effectiveness to short-range engagements.<\/p>\n
The SoroSuub HLC-14 heavy laser cannon has high accuracy, long range and does great damage. Its slow rate of fire and significant power consumption are seen by many pilots as a fair tradeoff. Since SoroSuub\u2019s Sullust manufacturing centers were captured by the Empire, both Republic and Imperial navies have scrambled to obtain enough HLC-14s to arm their respective fleets.<\/p>\n
Santhe Corporation ion cannons (nicknamed \u201cSparkers\u201d by Republic pilots) do almost no damage to ship hulls but eliminate shields at frightening speed and easily disable enemy systems. They are too inaccurate to be used effectively at long range and have a slow rate of fire, but consume only moderate amounts of energy.<\/p>\n
The gold standard of laser cannon design. Merr-Sonn\u2019s LCQ-4 quad laser cannon fires alternating pairs of bolts from four cannon barrels, dealing considerably more damage than standard laser cannons while maintaining formidable accuracy and rate of fire. Its biggest downside is its power consumption–a drawback Merr-Sonn is keen to downplay.<\/p>\n
Merr-Sonn recently unveiled its latest proton torpedo, the PX-4–a weapon capable of locking onto targets at extreme range and causing massive damage, ignoring armor and shields alike. While its drawbacks include a lengthy lock-on period, a narrow lock-on targeting cone, and the launcher\u2019s limited ammunition capacity, the PX-4 is nonetheless ideal for deployment against armored objectives.<\/p>\n
Too massive for any ship to carry in large numbers, Balmorran Arms L04 Silent Thunder concussion missiles can lock onto a target within a moderate timeframe and carry enough fuel to travel long distances. Only two L04s are needed to destroy most ships; the missiles are also capable of doing substantial damage to satellites and other mission objectives.<\/p>\n
Renowned for their quick lock-on time, Czerka\u2019s RK-77 cluster missiles are a favorite for close-range dogfights. The missiles\u2019 small frames allow pilots to carry more ammunition into battle, though this compact design also sacrifices fuel and payload space, resulting in comparatively low range and damage potential.<\/p>\n
The Mandalorian Clan Deshra reverse-engineered the alien technology behind their Retribution feedback shields almost a century ago, and now sell handcrafted Retribution devices to the highest bidder. These shields have only moderate strength, but can be activated with an additional energy charge that delivers significant damage to the next enemy to hit the shield with a primary weapon.<\/p>\n
The Merr-Sonn OOD-A charged plating shield system includes a strong shield with a good regeneration rate; however, approximately half of all damage done to the shield bleeds through to a ship\u2019s hull. To compensate for this problem, the pilot may activate the system\u2019s charged plating and significantly increase the hull\u2019s damage reduction for a short period.<\/p>\n
The most versatile shield available on the open market is Prexton\u2019s MD-FA directional shield. It has moderate total stopping power but allows a pilot to shield shield strength and regeneration rate between fore and aft shield arcs.<\/p>\n
The Cygnus PulseScreen quick-recharge shield has limited strength but regenerates quickly. The latest model also includes an emergency boost, allowing a pilot to instantly restore a large portion of the shield\u2019s energy.<\/p>\n
Combined with high-grade inertial compensators and thrust regulators, the Vokoff-Strood STAR-94 engine system allows pilots to perform a barrel roll that boosts a ship\u2019s evasive capabilities–making it difficult to hit with direct-fire weapons and shaking any enemy missile locks. Vokoff-Strood has only recently entered the starfighter market, but its expertise with high-performance land-and-air speeders is serving it well.<\/p>\n
Elsinore-Cordova\u2019s Lukaze Four engine and thruster system stands out for its inclusion of retro thrusters, allowing a ship to briefly accelerate in reverse. The maneuvering ship flies straight backwards, boosting its evasion before resuming its original course (and accelerating back to its forward speed). Named for the famed Bothan pilot Ne\u2019wha Lukaze, retro thrusters allow a pilot to slip behind pursuers who get too close.<\/p>\n
Utilizing a high-powered array of maneuvering thrusters, the Czerka K-57B engine system allows starfighters to perform the \u201cKoiogran Turn\u201d, a defensive maneuver that quickly turns the ship 180 degrees to face any potential pursuers and return fire without losing speed. This maneuver has the added benefit of evading any missiles that might be locked on.<\/p>\n
Designed for pilots in need of extra firepower, Czerka\u2019s L-41C weapon power converter enables a pilot to transfer a portion of a ship\u2019s engine power to the weapon reserves. As a result, an equipped ship can fire its weapons for a longer sustained period.<\/p>\n
The BlasTech SF-12 capacitor component increases the rate of fire of a ship\u2019s primary weapons by feeding energy to both the weapons and augmented cooling systems. It has a reputation for safety and reliability.<\/p>\n
Through enhanced field stabilization technology and precision targeting algorithms, the Czerka KC5 capacitor component increases a ship\u2019s primary weapon range.<\/p>\n
Designed to boost the energy output–and by extension, the resulting damage–of a ship\u2019s primary weapons, the Merr-Sonn TQ-895 capacitor component is favored by pilots who want to hit hard and fast.<\/p>\n
GSI\u2019s latest and greatest Deadeye v2.7 targeting software si the fastest on the market at reliably and efficiently missile locking targets.<\/p>\n
The Merr-Sonn TX-100 weapon power magazine component boosts the ship\u2019s maximum weapon power. Popular for use on ships with power-heavy arsenals as well as with pilots who just want an extra edge.<\/p>\n
Elsinore-Cordova\u2019s CAR-X4 ordnance magazine component increases the ammunition capacity of a ship\u2019s secondary weapons. This feat is accomplished not by adding extra storage space, but by using suppressors and repulsors to render ammunition inert and lightweight while in storage–allowing missiles and other weapons to be packed safely and tightly together.<\/p>\n
After a lengthy development time, GSI\u2019s RAPID weapon power regeneration technology took the arms industry by storm. The RAPID magazine component increases a ship\u2019s weapon power regeneration rate by essentially \u201crecycling\u201d extra heat generated by weapon stabilizers.<\/p>\n
The Cygnus Urgent Need reactor component utilizes exotic conductive materials to reduce the time delay that most shield systems require to begin recharging after they\u2019ve sustained damage.<\/p>\n
Built to boost a ship\u2019s maximum shield power, the Sirplex SR-09 fulfills its purpose admirably. The reactor component essentially adds a shield reserve onto the reactor itself.<\/p>\n
The Prexton AUG-4C reactor component increases a ship\u2019s shield power regeneration rate, converting reactor fuel into deflector energies more efficiently.<\/p>\n
The Vokoff-Strood X\/ATM-44 thruster component increases a ship\u2019s maximum speed. Originally used in Vokoff-Strood airspeeders, it now works both in and out of planetary atmospheres.<\/p>\n
The Keizar-Volvec KV457-C thruster c component allows precision control over a ship\u2019s maneuvering thrusters, resulting in a faster turning rate.<\/p>\n
By heightening thruster efficiency, the Celestial Industries THR-4B thruster component increases the maximum power available to a ship\u2019s engines.<\/p>\n
Elsinore-Cordova\u2019s unusual Dual Stream DS-001 thruster component increases a ship\u2019s engine power regeneration rate. It does so by allowing thrusters to intake stray radiation particles, drawing energy for the ship.<\/p>\n
Blastech\u2019s Spitfire rapid-fire laser cannon is capable of delivering an unparalleled number of bolts per second for a sustained period due to its low power consumption. Its damage fall-off and poor accuracy, however, limit its effectiveness to short-range engagements.<\/p>\n
Standard-issue laser cannons made by BlasTech Industries are reliable and effective, if not glamorous. The BlasTech HMC-15 fires quickly and accurately at mid-range, causing moderate damage for a medium power cost.<\/p>\n
Favored by pilots who like to fight at close range, Marr-Sonn\u2019s LCL-1 light laser cannons are twin-linked for high damage, and increased power consumption. Gunners should be aware that the LCL-1\u2019s damage output drops drastically with distance.<\/p>\n
A mainstar of Czerka\u2019s explosive ordnance line, LC-9 Thermite Torpedoes can lock on and strike from extreme range. These torpedoes are highly effective at burning through armored starship hulls, and the heat they generate disrupt shields, making them less able to absorb incoming damage. Even hull sections not directly struck are temporarily weakened due to the superheating effect of the thermite detonation.<\/p>\n
GSI\u2019s LOS-0 sabotage probe droid, once launched and attached to a foe, rapidly disabled maneuvering thrusters and other ship systems, dealing minor hull damage in the process. Once used primarily by the bounty hunters and law enforcement to cripple fleeing ships, these devices are invaluable in the hands of expert starfighter pilots.<\/p>\n
Designed to fracture, fuse and atomize enemy infrastructure and other armored objectives, rocket pods and be loaded onto ships in large quantities but lack and guidance systems–they can only be fired straight ahead. As a means of obliterating bunkers, satellites and more. Elsinore-Cordova\u2019s \u201cPulverizers\u201d are one of the most company and devastatin varieties.<\/p>\n
The Carbanti United Mark Six sensor beacon is an immobile, unarmed drone with long-range sensors and communication rigs. When deployed, it allows the deploying ship\u2019s squadron to detect enemies in the beacon\u2019s vicinity, and interferes with the systems of nearby hostile ships.<\/p>\n
Keizar-Volvec\u2019s KV609-B engine battery cells allow a ship to rapidly refill a portion of its engine power reserve. In effect, this allows a pilot to use boosters for an extended period, maintaining particularly impressive speeds.<\/p>\n
Alibata-Unyo\u2019s advanced sensor system includes custom hardware and software that allow an equipped ship to temporarily boost its sensor range. In addition, the system\u2019s targeting telemetry is so precise that it eliminates any cloaking effects on nearby enemy ships.<\/p>\n
GSI\u2019s EMP-X1 field array emits an electromagnetic pulse-wave that disables all hostile drones and ships\u2019 system components within its ample radius for a moderate duration. The pulse-wave will obliterate mines, batter drones, and reduce the effectiveness of starship sensors and targeting systems.<\/p>\n
The Colicoid Creation Nest\u2019s Membrane defense system augments a low-strength shield with unknown alien technologies, providing a constant boost to a ship\u2019s evasion rating. Pilots can activate an additional function of the system to temporarily provide an additional (and enormous) evasion boost.<\/p>\n
The Cygnus Burner deflector shield is average but unextraordinary in most respects, offering moderate total stopping power against enemy weapons. Where it shines, however, is its engine power converter, allowing a pilot to transfer a portion of shield power to the engine reserves. A \u201cmust have\u201d for pilots who value speed above all else.<\/p>\n
The Cygnus PulseScreen quick-recharge shield has limited strength but regenerates quickly. The latest model also includes an emergency boost, allowing a pilot to instantly restore a large portion of the shield\u2019s energy.<\/p>\n
The Czerka K-57CE engine\u2019s gravity capacitors and maneuvering thrusters have been specially calibrated for the popular \u201csnap turn\u201d defensive maneuver, allowing bold pilots to perform a 180-degree snap turn in a matter of seconds.<\/p>\n
Bold pilots praise Celestial Industries\u2019 Powerhouse engine for its ability to support power dive maneuvers, in which the pillow flips his or her vessel and \u201cdives\u201d in order to shake pursuers and evade lock-on missiles. The maneuver has been known to cause lesser pilots to black out, but those purchasing Powerhouses know what they\u2019re in for.<\/p>\n
Utilizing a high-powered array of maneuvering thrusters, the Czerka K-57B engine system allows starfighters to perform the \u201cKoiogran Turn\u201d, a defensive maneuver that quickly turns the ship 180 degrees to face any potential pursuers and return fire without losing speed. This maneuver has the added benefit of evading any missiles that might be locked on.<\/p>\n
Combined with high-grade inertial compensators and thrust regulators, the Vokoff-Strood STAR-94 engine system allows pilots to perform a barrel roll that boosts a ship\u2019s evasive capabilities–making it difficult to hit with direct-fire weapons and shaking any enemy missile locks. Vokoff-Strood has only recently entered the starfighter market, but its expertise with high-performance land-and-air speeders is serving it well.<\/p>\n
Czerka\u2019s HP-S-5 starfighter armor layers additional centimeters of durasteel (along with patented alloys) onto a ship\u2019s hull. A ship armored this way can sustain more hull damage and survive longer.<\/p>\n
In order to reduce the amount of hull damage sustained whenever a ship is hit, GSI\u2019s AR-0B damage reduction armor component generates an ablative energy current through the ship\u2019s hull plating.<\/p>\n
Santhe engineers custom design G-32 evasive armor plating for each class of ship supported. The G-32 components increased a ship\u2019s overall maneuverability by accommodating the ship\u2019s overall shape, thruster locations, and gravity field generators.<\/p>\n
Through enhanced field stabilization technology and precision targeting algorithms, the Czerka KC5 capacitor component increases a ship\u2019s primary weapon range.<\/p>\n
Designed to boost the energy output–and by extension, the resulting damage–of a ship\u2019s primary weapons, the Merr-Sonn TQ-895 capacitor component is favored by pilots who want to hit hard and fast.<\/p>\n
The BlasTech SF-12 capacitor component increases the rate of fire of a ship\u2019s primary weapons by feeding energy to both the weapons and augmented cooling systems. It has a reputation for safety and reliability.<\/p>\n
Carbanti United\u2019s PN-4 sensor component increases a ship\u2019s standard sensor range. The sensor uses technology originally used in deep space exploration missions.<\/p>\n
The GSI Chatterbox sensor component increases a ship\u2019s effective communications range, allowing better tactical coordination inside a squadron. While GSI has not traditionally specialized in communications technology, its acquisition of several failed HoloNet companies recently changed things.<\/p>\n
Santhe\u2019s LE-8 sensor dampeners allow a ship to get closer to enemy vessels before appearing on foes\u2019 sensors. This is achieved through a jamming signal that \u201cpiggybacks\u201d on a ship\u2019s sensor scans.<\/p>\n
The Keizar-Volvec KV457-C thruster c component allows precision control over a ship\u2019s maneuvering thrusters, resulting in a faster turning rate.<\/p>\n
The Vokoff-Strood X\/ATM-44 thruster component increases a ship\u2019s maximum speed. Originally used in Vokoff-Strood airspeeders, it now works both in and out of planetary atmospheres.<\/p>\n
By heightening thruster efficiency, the Celestial Industries THR-4B thruster component increases the maximum power available to a ship\u2019s engines.<\/p>\n
Elsinore-Cordova\u2019s unusual Dual Stream DS-001 thruster component increases a ship\u2019s engine power regeneration rate. It does so by allowing thrusters to intake stray radiation particles, drawing energy for the ship.<\/p>\n
Favored by pilots who like to fight at close range, Marr-Sonn\u2019s LCL-1 light laser cannons are twin-linked for high damage, and increased power consumption. Gunners should be aware that the LCL-1\u2019s damage output drops drastically with distance.<\/p>\n
The SoroSuub HLC-14 heavy laser cannon has high accuracy, long range and does great damage. Its slow rate of fire and significant power consumption are seen by many pilots as a fair tradeoff. Since SoroSuub\u2019s Sullust manufacturing centers were captured by the Empire, both Republic and Imperial navies have scrambled to obtain enough HLC-14s to arm their respective fleets.<\/p>\n
Standard-issue laser cannons made by BlasTech Industries are reliable and effective, if not glamorous. The BlasTech HMC-15 fires quickly and accurately at mid-range, causing moderate damage for a medium power cost.<\/p>\n
The gold standard of laser cannon design. Merr-Sonn\u2019s LCQ-4 quad laser cannon fires alternating pairs of bolts from four cannon barrels, dealing considerably more damage than standard laser cannons while maintaining formidable accuracy and rate of fire. Its biggest downside is its power consumption–a drawback Merr-Sonn is keen to downplay.<\/p>\n
Renowned for their quick lock-on time, Czerka\u2019s RK-77 cluster missiles are a favorite for close-range dogfights. The missiles\u2019 small frames allow pilots to carry more ammunition into battle, though this compact design also sacrifices fuel and payload space, resulting in comparatively low range and damage potential.<\/p>\n
Too massive for any ship to carry in large numbers, Balmorran Arms L04 Silent Thunder concussion missiles can lock onto a target within a moderate timeframe and carry enough fuel to travel long distances. Only two L04s are needed to destroy most ships; the missiles are also capable of doing substantial damage to satellites and other mission objectives.<\/p>\n
Merr-Sonn recently unveiled its latest proton torpedo, the PX-4–a weapon capable of locking onto targets at extreme range and causing massive damage, ignoring armor and shields alike. While its drawbacks include a lengthy lock-on period, a narrow lock-on targeting cone, and the launcher\u2019s limited ammunition capacity, the PX-4 is nonetheless ideal for deployment against armored objectives.<\/p>\n
When detonated, the Balmorran Arms MX-I5 ion mine deals massive shield damage and drains the weapon and engine power from all nearby foes. As with other ion weapons, it does minimal damage to ship hulls but is highly likely to disable onboard systems.<\/p>\n
GSI\u2019s E-45 interdictor sentry is an immobile drone that generates an indercition field–essentially, a gravity well that reduces the speed and turning rate of nearby enemy ships. The drone is armed with a standard laser cannon for basic defense.<\/p>\n
GSI\u2019s EMP-X1 field array emits an electromagnetic pulse-wave that disables all hostile drones and ships\u2019 system components within its ample radius for a moderate duration. The pulse-wave will obliterate mines, batter drones, and reduce the effectiveness of starship sensors and targeting systems.<\/p>\n
Czerka;s G9-M concussion mines are the most widely-used mines in the galaxy. When an enemy ship comes into range the mine detonates, causing significant damage to all enemy ships in a wide radius.<\/p>\n
The Merr-Sonn OOD-A charged plating shield system includes a strong shield with a good regeneration rate; however, approximately half of all damage done to the shield bleeds through to a ship\u2019s hull. To compensate for this problem, the pilot may activate the system\u2019s charged plating and significantly increase the hull\u2019s damage reduction for a short period.<\/p>\n
Prexton\u2019s HU-0C deflector shield is often tuned beyond its official specifications, offering very strong protection at the cost of a slow regeneration rate. A pilot can temporarily overcharge the shield even further, increasing maximum shield capacity (and boosting current shield strength) for a short period. Extra shielding is lost when the duration expires.<\/p>\n
The most versatile shield available on the open market is Prexton\u2019s MD-FA directional shield. It has moderate total stopping power but allows a pilot to shield shield strength and regeneration rate between fore and aft shield arcs.<\/p>\n
Bold pilots praise Celestial Industries\u2019 Powerhouse engine for its ability to support power dive maneuvers, in which the pillow flips his or her vessel and \u201cdives\u201d in order to shake pursuers and evade lock-on missiles. The maneuver has been known to cause lesser pilots to black out, but those purchasing Powerhouses know what they\u2019re in for.<\/p>\n
GSI\u2019s Predator interdiction drive is capable of emitting a powerful gravity field for short periods, slowing down all nearby enemy ships–an effect both practical and terrifying.<\/p>\n
Rather than encouraging fancy flying and ostentatious maneuvers, the Celestial Industries Unbreakable engine system allows pilots to transfer a portion of its engine power to the ship\u2019s shield power reserves. Its advertising is simple and direct: \u201cStronger shields mean a better defense\u201d.<\/p>\n
The BlasTech SF-12 capacitor component increases the rate of fire of a ship\u2019s primary weapons by feeding energy to both the weapons and augmented cooling systems. It has a reputation for safety and reliability.<\/p>\n
Designed to boost the energy output–and by extension, the resulting damage–of a ship\u2019s primary weapons, the Merr-Sonn TQ-895 capacitor component is favored by pilots who want to hit hard and fast.<\/p>\n
Through enhanced field stabilization technology and precision targeting algorithms, the Czerka KC5 capacitor component increases a ship\u2019s primary weapon range.<\/p>\n
The Merr-Sonn TX-100 weapon power magazine component boosts the ship\u2019s maximum weapon power. Popular for use on ships with power-heavy arsenals as well as with pilots who just want an extra edge.<\/p>\n
After a lengthy development time, GSI\u2019s RAPID weapon power regeneration technology took the arms industry by storm. The RAPID magazine component increases a ship\u2019s weapon power regeneration rate by essentially \u201crecycling\u201d extra heat generated by weapon stabilizers.<\/p>\n
Elsinore-Cordova\u2019s CAR-X4 ordnance magazine component increases the ammunition capacity of a ship\u2019s secondary weapons. This feat is accomplished not by adding extra storage space, but by using suppressors and repulsors to render ammunition inert and lightweight while in storage–allowing missiles and other weapons to be packed safely and tightly together.<\/p>\n
GSI\u2019s latest and greatest Deadeye v2.7 targeting software si the fastest on the market at reliably and efficiently missile locking targets.<\/p>\n
The Cygnus Urgent Need reactor component utilizes exotic conductive materials to reduce the time delay that most shield systems require to begin recharging after they\u2019ve sustained damage.<\/p>\n
The Prexton AUG-4C reactor component increases a ship\u2019s shield power regeneration rate, converting reactor fuel into deflector energies more efficiently.<\/p>\n
Built to boost a ship\u2019s maximum shield power, the Sirplex SR-09 fulfills its purpose admirably. The reactor component essentially adds a shield reserve onto the reactor itself.<\/p>\n
The Keizar-Volvec KV457-C thruster c component allows precision control over a ship\u2019s maneuvering thrusters, resulting in a faster turning rate.<\/p>\n
By heightening thruster efficiency, the Celestial Industries THR-4B thruster component increases the maximum power available to a ship\u2019s engines.<\/p>\n
The Vokoff-Strood X\/ATM-44 thruster component increases a ship\u2019s maximum speed. Originally used in Vokoff-Strood airspeeders, it now works both in and out of planetary atmospheres.<\/p>\n
Elsinore-Cordova\u2019s unusual Dual Stream DS-001 thruster component increases a ship\u2019s engine power regeneration rate. It does so by allowing thrusters to intake stray radiation particles, drawing energy for the ship.<\/p>\n
Standard-issue laser cannons made by BlasTech Industries are reliable and effective, if not glamorous. The BlasTech HMC-15 fires quickly and accurately at mid-range, causing moderate damage for a medium power cost.<\/p>\n
The SoroSuub HLC-14 heavy laser cannon has high accuracy, long range and does great damage. Its slow rate of fire and significant power consumption are seen by many pilots as a fair tradeoff. Since SoroSuub\u2019s Sullust manufacturing centers were captured by the Empire, both Republic and Imperial navies have scrambled to obtain enough HLC-14s to arm their respective fleets.<\/p>\n
A mainstar of Czerka\u2019s explosive ordnance line, LC-9 Thermite Torpedoes can lock on and strike from extreme range. These torpedoes are highly effective at burning through armored starship hulls, and the heat they generate disrupt shields, making them less able to absorb incoming damage. Even hull sections not directly struck are temporarily weakened due to the superheating effect of the thermite detonation.<\/p>\n
Merr-Sonn recently unveiled its latest proton torpedo, the PX-4–a weapon capable of locking onto targets at extreme range and causing massive damage, ignoring armor and shields alike. While its drawbacks include a lengthy lock-on period, a narrow lock-on targeting cone, and the launcher\u2019s limited ammunition capacity, the PX-4 is nonetheless ideal for deployment against armored objectives.<\/p>\n
Czerka produces an array of exotic weaponry including the Incinerator-class plasma railgun. The Incinerator fires plasma bolts enclosed in magnetic fields, targeting enemies at extraordinary range and causing massive damage when fully charged. Plasma bolts do not pierce enemy shields directly but continue to burn a target after impact, causing significant damage over time to both shields and hull.<\/p>\n
Originally designed by Balmorran Arms, HR-0C Slingshot slug railguns are basic magnetic cannons with extraordinary range. The \u201cslug\u201d is a metal projectile that delivers high damage and partially bypasses a target\u2019s shield. When fully charged, a slug railgun\u2019s damage output can be absolutely devastating.<\/p>\n
The Prexton LV-F deflector shield has low total stopping power until its \u201cfortress\u201d program is activated. So long as a pilot holds position and maintains zero acceleration, the activated fortress program significantly boosts shield strength. The effect is lost as soon as the ship begins to move.<\/p>\n
The Mandalorian Clan Deshra reverse-engineered the alien technology behind their Retribution feedback shields almost a century ago, and now sell handcrafted Retribution devices to the highest bidder. These shields have only moderate strength, but can be activated with an additional energy charge that delivers significant damage to the next enemy to hit the shield with a primary weapon.<\/p>\n
The most versatile shield available on the open market is Prexton\u2019s MD-FA directional shield. It has moderate total stopping power but allows a pilot to shield shield strength and regeneration rate between fore and aft shield arcs.<\/p>\n
The Keizar-Volvec KV807-A engine system was built for combat, allowing a pilot to stop all forward momentum and spin to face his or her current target. The maneuver, though ricky, has brought about the destruction of many enemies certain of the maneuverability or racing in overconfident pursuit.<\/p>\n
Combined with high-grade inertial compensators and thrust regulators, the Vokoff-Strood STAR-94 engine system allows pilots to perform a barrel roll that boosts a ship\u2019s evasive capabilities–making it difficult to hit with direct-fire weapons and shaking any enemy missile locks. Vokoff-Strood has only recently entered the starfighter market, but its expertise with high-performance land-and-air speeders is serving it well.<\/p>\n
GSI\u2019s Predator interdiction drive is capable of emitting a powerful gravity field for short periods, slowing down all nearby enemy ships–an effect both practical and terrifying.<\/p>\n
Designed for pilots in need of extra firepower, Czerka\u2019s L-41C weapon power converter enables a pilot to transfer a portion of a ship\u2019s engine power to the weapon reserves. As a result, an equipped ship can fire its weapons for a longer sustained period.<\/p>\n
Designed to boost the energy output–and by extension, the resulting damage–of a ship\u2019s primary weapons, the Merr-Sonn TQ-895 capacitor component is favored by pilots who want to hit hard and fast.<\/p>\n
The BlasTech SF-12 capacitor component increases the rate of fire of a ship\u2019s primary weapons by feeding energy to both the weapons and augmented cooling systems. It has a reputation for safety and reliability.<\/p>\n
Through enhanced field stabilization technology and precision targeting algorithms, the Czerka KC5 capacitor component increases a ship\u2019s primary weapon range.<\/p>\n
After a lengthy development time, GSI\u2019s RAPID weapon power regeneration technology took the arms industry by storm. The RAPID magazine component increases a ship\u2019s weapon power regeneration rate by essentially \u201crecycling\u201d extra heat generated by weapon stabilizers.<\/p>\n
The Merr-Sonn TX-100 weapon power magazine component boosts the ship\u2019s maximum weapon power. Popular for use on ships with power-heavy arsenals as well as with pilots who just want an extra edge.<\/p>\n
Elsinore-Cordova\u2019s CAR-X4 ordnance magazine component increases the ammunition capacity of a ship\u2019s secondary weapons. This feat is accomplished not by adding extra storage space, but by using suppressors and repulsors to render ammunition inert and lightweight while in storage–allowing missiles and other weapons to be packed safely and tightly together.<\/p>\n
Built to boost a ship\u2019s maximum shield power, the Sirplex SR-09 fulfills its purpose admirably. The reactor component essentially adds a shield reserve onto the reactor itself.<\/p>\n
The Prexton AUG-4C reactor component increases a ship\u2019s shield power regeneration rate, converting reactor fuel into deflector energies more efficiently.<\/p>\n
The Cygnus Urgent Need reactor component utilizes exotic conductive materials to reduce the time delay that most shield systems require to begin recharging after they\u2019ve sustained damage.<\/p>\n
Carbanti United\u2019s PN-4 sensor component increases a ship\u2019s standard sensor range. The sensor uses technology originally used in deep space exploration missions.<\/p>\n
The GSI Chatterbox sensor component increases a ship\u2019s effective communications range, allowing better tactical coordination inside a squadron. While GSI has not traditionally specialized in communications technology, its acquisition of several failed HoloNet companies recently changed things.<\/p>\n
Santhe\u2019s LE-8 sensor dampeners allow a ship to get closer to enemy vessels before appearing on foes\u2019 sensors. This is achieved through a jamming signal that \u201cpiggybacks\u201d on a ship\u2019s sensor scans.<\/p>\n