Editing Fusion drive
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{{ | {{Era|UNSC|HCW|Post}} | ||
[[File:ENGINES.png|thumb|300px|The fusion engines of a {{Class|Paris|heavy frigate}} at various levels of thrust.]] | [[File:ENGINES.png|thumb|300px|The fusion engines of a {{Class|Paris|heavy frigate}} at various levels of thrust.]] | ||
The '''fusion drive''',<ref>'''Halo: The Fall of Reach''', ''page 16''</ref> also known as a '''fusion engine''',<ref name="maw">'''Halo: Combat Evolved''', campaign level ''[[The Maw]]''</ref><ref>'''[[Halo: The Flood]]''', Chapter 1, ''page 33'' (2003 paperback); ''page 36'' (2010 paperback)</ref> | The '''fusion drive''',<ref>'''Halo: The Fall of Reach''', ''page 16''</ref> also known as a '''fusion engine''',<ref name="maw">'''Halo: Combat Evolved''', campaign level ''[[The Maw]]''</ref><ref>'''[[Halo: The Flood]]''', Chapter 1, ''page 33'' (2003 paperback); ''page 36'' (2010 paperback)</ref> and more formally referred to as a '''deuterium fusion reactor (DFR)''',<ref name="bulletin101012">[http://blogs.halowaypoint.com/Headlines/post/2012/10/10/The-Halo-Bulletin-101012-.aspx '''Waypoint''': ''The Halo Bulletin: 10.10.12'']</ref><ref>[[:File:Infinity fud scale.jpg|UNSC ''Infinity'' schematic]]</ref> is a type of spacecraft propulsion system which serves as the primary form of sublight propulsion on most [[human]] spacecraft, whereas the [[Shaw-Fujikawa Translight Engine]] is used for travel at superluminal, or faster-than-light, speeds. In addition to the fusion-powered main drives, human ships utilize smaller rocket thrusters using [[triamino hydrazine]] as propellant for small-scale maneuvering.<ref>'''[[Halo: Contact Harvest]]''', ''page 25''</ref> | ||
==Description== | ==Description== | ||
[[File:Autumn Arrival.png|thumb|250px|Rear view of {{UNSCShip|Pillar of Autumn}}, showing the thrust nozzles of its fusion engines.]] | [[File:Autumn Arrival.png|thumb|250px|Rear view of {{UNSCShip|Pillar of Autumn}}, showing the thrust nozzles of its fusion engines.]] | ||
The primary component of a fusion drive is an [[Wikipedia: Inertial electrostatic confinement| inertial electrostatic]] [[fusion reactor]] or a series of such reactors. The | The primary component of a fusion drive is an [[Wikipedia:Inertial electrostatic confinement|inertial electrostatic]] [[fusion reactor]] or a series of such reactors. The [[plasma]] generated by the reactors is channeled into a series of exhaust manifolds, which vector it into the ship's engine nozzles. The drive exhaust serves as reaction mass, providing propulsion for the ship. The drive system also includes an exotic mechanism that utilizes higher-order manifolds to eliminate the otherwise devastating fusion backblast.<ref>[https://www.halowaypoint.com/en-us/forums/db05ce78845f4120b062c50816008e5d/topics/reality-of-halo-plasma/401b13b9-f097-45f3-a0a3-227d8f7d130a/posts '''Halo Waypoint:''' ''Reality of Halo: Plasma'']</ref> As suggested by its technical name,<ref name="bulletin101012"/> the deuterium fusion reactor is powered by nuclear fusion reactions between [[deuterium]] atoms.<ref name="fs275"/> | ||
The main components of the fusion drive are typically located in a ship's [[engineering]]. | The main components of the fusion drive are typically located in a ship's [[engineering]].<ref name="maw"/> The number of fusion engines varies between ship classes. [[UNSC frigate]]s are typically equipped with two primary reactors<ref>'''Halo 2''', campaign level ''[[Delta Halo (level)|Delta Halo]]'' (''"Both engine cores have spun to zero."'')</ref> and at least another two secondary reactors,<ref name="fs275">'''Halo: First Strike''', ''page 275''</ref> while {{Class|Halcyon|light cruiser}}s are powered by an array of three fusion reactors.<ref>[http://halo.xbox.com/Content/assets/en-us/ONI/577839090903298928/DDR-A340024-1115-08-27-52.pdf '''Halo Waypoint''': ''Data Drop 5'']</ref> Larger ships, such as the mobile hospital {{UNSCShip|Hopeful}}, could possess as many as six reactors.<ref>'''Halo: Ghosts of Onyx''', ''page 97''</ref> The number of engine exhausts also varies greatly; ships usually have two or more primary adjacent exhaust nozzles, and a series of smaller, secondary ones. | ||
Fusion engines are capable of producing remarkable acceleration; using gravity-assist maneuvers to an advantage, human ships—from small [[diplomatic shuttle]]s to ''Halcyon''-class cruisers—are capable of crossing interplanetary distances in less than an hour.<ref>'''Halo: The Fall of Reach''', ''pages 324-329''</ref><ref>'''Halo: The Fall of Reach''', ''page 17''</ref> | Fusion engines are capable of producing remarkable acceleration; using gravity-assist maneuvers to an advantage, human ships—from small [[diplomatic shuttle]]s to ''Halcyon''-class cruisers—are capable of crossing interplanetary distances in less than an hour.<ref>'''Halo: The Fall of Reach''', ''pages 324-329''</ref><ref>'''Halo: The Fall of Reach''', ''page 17''</ref> | ||
{{Clear}} | {{Clear}} | ||
==Development history== | ==Development history== | ||
Significant developments were made in fusion engine technology over the course of the 26th century; the Mark II Hanley-Messer fusion engines used by ''Halcyon''-class cruisers produced only a tenth of the power output of modern reactors as of [[2552]].<ref name="tfor238">'''Halo: The Fall of Reach''', ''page 238''</ref> | Significant developments were made in fusion engine technology over the course of the 26th century; the Mark II Hanley-Messer fusion engines used by ''Halcyon''-class cruisers produced only a tenth of the power output of modern reactors as of [[2552]].<ref name="tfor238">'''Halo: The Fall of Reach''', ''page 238''</ref> | ||
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==Known models== | ==Known models== | ||
===Mark II Hanley-Messer DFR=== | ===Mark II Hanley-Messer DFR=== | ||
The Mark II Hanley-Messer DFR is a type of deuterium fusion power plant used on {{Class|Halcyon|light cruiser}}s, which are typically equipped with three of the reactors.<ref name= "data drop">[http://halo.xbox.com/Content/assets/en-us/ONI/577839090903298928/DDR-A340024-1115-08-27-52.pdf '''Halo Waypoint''': ''Data Drop 5'']</ref> These fusion drives are designed for bulk maneuvering rather than speed.<ref>'''[[Halo Mythos]]''', ''page 94''</ref> They were obsolete by [[2552]], providing only a tenth of the power generated by modern reactors at the time. | The Mark II Hanley-Messer DFR is a type of deuterium fusion power plant used on {{Class|Halcyon|light cruiser}}s, which are typically equipped with three of the reactors.<ref name= "data drop">[http://halo.xbox.com/Content/assets/en-us/ONI/577839090903298928/DDR-A340024-1115-08-27-52.pdf '''Halo Waypoint''': ''Data Drop 5'']</ref> These fusion drives are designed for bulk maneuvering rather than speed.<ref>'''[[Halo Mythos]]''', ''page 94''</ref> They were obsolete by [[2552]], providing only a tenth of the power generated by modern reactors at the time.<ref name="tfor238"/> | ||
===Naoto Technologies: V4/L-DFR=== | ===Naoto Technologies: V4/L-DFR=== | ||
Manufactured by [[Naoto Technologies]],<ref name="evg228">'''[[Halo 4: The Essential Visual Guide]]''', ''pages 228-229''</ref> the V4/L-DFR is a deuterium fusion drive equipped on {{Class|Charon|light frigate}}s, such as {{UNSCShip|Forward Unto Dawn}}.<ref name="bulletin101012" | Manufactured by [[Naoto Technologies]],<ref name="evg228">'''[[Halo 4: The Essential Visual Guide]]''', ''pages 228-229''</ref> the V4/L-DFR is a deuterium fusion drive equipped on {{Class|Charon|light frigate}}s, such as {{UNSCShip|Forward Unto Dawn}}.<ref name="bulletin101012"/> | ||
===XR2 Boglin Fields: S81/X-DFR=== | ===XR2 Boglin Fields: S81/X-DFR=== | ||
Manufactured by [[Boglin Fields]], | Manufactured by [[Boglin Fields]],<ref name="evg228"/> the S81/X-DFR is an advanced type of fusion drive serving as the primary sublight engine of the experimental warship {{UNSCShip|Infinity}}.<ref name="bulletin101012"/> Unlike most deuterium fusion drives of human design, the S81/X-DFR is classified as a form of [[repulsor engine]].<ref>'''Halo Mythos''', ''page 132''</ref> Massive in size, this engine module took fifteen years to design, build, and test.<ref>'''[[Halo: Warfleet]]''', ''page 42''</ref> | ||
===Boglin Fields Starfire-IV fusion rockets=== | ===Boglin Fields Starfire-IV fusion rockets=== | ||
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File:HW Starfire-IV fusion drive.png|A Starfire-IV fusion rocket installed to the UNSC ''Pillar of Autumn''. | File:HW Starfire-IV fusion drive.png|A Starfire-IV fusion rocket installed to the UNSC ''Pillar of Autumn''. | ||
</gallery> | </gallery> | ||
===OKB Karman 56K fusion drives=== | ===OKB Karman 56K fusion drives=== | ||
Manufactured by [[OKB Karman]], two 56K fusion drives were used by the {{UNSCShip|In Amber Clad}}.<ref>'''Halo: Warfleet''', ''page 37''</ref> | Manufactured by [[OKB Karman]], two 56K fusion drives were used by the {{UNSCShip|In Amber Clad}}.<ref>'''Halo: Warfleet''', ''page 37''</ref> | ||
<gallery> | <gallery> | ||
File:HW 56K fusion drive.png|One 56K fusion drive in the ''UNSC'' In Amber Clad. | File:HW 56K fusion drive.png|One 56K fusion drive in the ''UNSC'' In Amber Clad. | ||
</gallery> | </gallery> | ||
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File:HW Jupiter-1 maneuver drive.png|Three Jupiter-1 maneuver drives. | File:HW Jupiter-1 maneuver drive.png|Three Jupiter-1 maneuver drives. | ||
</gallery> | </gallery> | ||
==Use as improvised weapons== | ==Use as improvised weapons== | ||
[[File:POA-Destruction.jpg|thumb|The ''Pillar of Autumn's'' reactors detonating.]] | [[File:POA-Destruction.jpg|thumb|The ''Pillar of Autumn's'' reactors detonating.]] | ||
Fusion drives can also be used as improvised weapons of mass destruction. A ship's captain possesses the codes necessary to initiate fusion core overload in their [[command neural interface]], but reactor destabilization can also be initiated manually. Though the fusion reactors are protected by magnetic containment fields which surround the fusion cells, they can be destabilized by explosive ordnance once the exhaust couplings protecting the reactor vents have been retracted. Significant amount of damage to the engines will trigger a "wildcat destabilization". The reactor will then detonate within minutes, generating a temperature of nearly 100,000,000 degrees. The most notable instance of this was when [[John-117]] destroyed [[Installation 04]] by overloading the fusion reactors of the {{UNSCShip|Pillar of Autumn}}. | Fusion drives can also be used as improvised weapons of mass destruction. A ship's captain possesses the codes necessary to initiate fusion core overload in their [[command neural interface]], but reactor destabilization can also be initiated manually. Though the fusion reactors are protected by magnetic containment fields which surround the fusion cells, they can be destabilized by explosive ordnance once the exhaust couplings protecting the reactor vents have been retracted. Significant amount of damage to the engines will trigger a "wildcat destabilization". The reactor will then detonate within minutes, generating a temperature of nearly 100,000,000 degrees. The most notable instance of this was when [[John-117]] destroyed [[Installation 04]] by overloading the fusion reactors of the {{UNSCShip|Pillar of Autumn}}.<ref name="maw"/> The explosion was later revealed to be similar to a [[supernova]] to the point that it created a new element on [[Alpha Shard|a surviving shard]] of the ring.<ref>'''[[Halo: Nightfall]]'''</ref> | ||
== Trivia == | == Trivia == | ||
* There are inconsistencies in the potency of the UNSC's fusion drives between a few visual scenes and other sources: | * There are inconsistencies in the potency of the UNSC's fusion drives between a few visual scenes and other sources: | ||
** ''The Fall of Reach'' states quite clearly that a UNSC destroyer with its engines at 66% power is incapable of accelerating out of Sigma Octanus IV's ~0.5 g gravity well, and that fighting near a gravity well in general is considered crippling for UNSC vessels.<ref>''[[Halo: The Fall of Reach]]'', chapter 21.</ref> ''First Strike'' also states that a UNSC frigate's reactors, and thus the drives they power, have power output in the gigawatt range, consistent with fairly low accelerations.<ref>''[[Halo: First Strike]]'', page 285.</ref> Several other scenes in the novels allude to this being the case, such as when the UNSC ''Iroquois'' accelerates at full speed for at least several seconds and still ends up below the [https://en.wikipedia.org/wiki/Hypervelocity hypervelocity] floor (about 3 km/s), given the lack of explosive vaporization of the hull when it collides with a small Covenant ship.<ref>''[[Halo: The Fall of Reach]]'', chapter 21.</ref> Additionally, most visual depictions of space battles, such as the opening of ''[[Halo 2]]'', ''[[Halo Legends|The Package]]'', and ''[[Halo: The Fall of Reach - The Animated Series]]'' depict UNSC ships as either static or slowly drifting in combat, rather than being able to casually clear their lengths in a few seconds in order to dodge projectiles that consistently take at least that long to reach them. These are all consistent with the repeated mentions that the UNSC's reactors utilize [[deuterium]] fusion. | ** ''The Fall of Reach'' states quite clearly that a UNSC destroyer with its engines at 66% power is incapable of accelerating out of Sigma Octanus IV's ~0.5 g gravity well, and that fighting near a gravity well in general is considered crippling for UNSC vessels.<ref>''[[Halo: The Fall of Reach]]'', chapter 21.</ref> ''First Strike'' also states that a UNSC frigate's reactors, and thus the drives they power, have power output in the gigawatt range, consistent with fairly low accelerations.<ref>''[[Halo: First Strike]]'', page 285.</ref> Several other scenes in the novels allude to this being the case, such as when the UNSC ''Iroquois'' accelerates at full speed for at least several seconds and still ends up below the [https://en.wikipedia.org/wiki/Hypervelocity hypervelocity] floor (about 3 km/s), given the lack of explosive vaporization of the hull when it collides with a small Covenant ship.<ref>''[[Halo: The Fall of Reach]]'', chapter 21.</ref> Additionally, most visual depictions of space battles, such as the opening of ''[[Halo 2]]'', ''[[Halo Legends|The Package]]'', and ''[[Halo: The Fall of Reach - The Animated Series]]'' depict UNSC ships as either static or slowly drifting in combat, rather than being able to casually clear their lengths in a few seconds in order to dodge projectiles that consistently take at least that long to reach them. These are all consistent with the repeated mentions that the UNSC's reactors utilize [[deuterium]] fusion. | ||
** However, when the 478-meter UNSC ''[[UNSC In Amber Clad|In Amber Clad]]'' pursues the ''[[Solemn Penance]]'', it's shown to clear its own length in less than a second starting from a velocity of zero, putting its acceleration at over | ** However, when the 478-meter UNSC ''[[UNSC In Amber Clad|In Amber Clad]]'' pursues the ''[[Solemn Penance]]'', it's shown to clear its own length in less than a second starting from a velocity of zero, putting its acceleration at over a hundred gees.<ref>'''Halo 2''', campaign level ''[[Metropolis]]''</ref> Despite using a fusion torch for propulsion, the ship also notably does not display any back-blast, which would be extremely hazardous to the city of [[New Mombasa]] below. | ||
** [[Kenneth Peters]] commented on the inconsistencies during a behind-the-scenes video for the development of ''[[Halo: Warfleet – An Illustrated Guide to the Spacecraft of Halo|Halo: Warfleet]]''. He noted that, given that UNSC ships don't burn up the atmospheres of planets when engaged in them, their accelerations could not possibly be stupendously high. He also talked about the unintended consequence of unpublished figures giving UNSC ships sustained accelerations of 30 g, namely that such speeds would allow them to be used for "vaporizing planets" if they simply accelerated for an appreciable time in the direction of one. He went on to say that for these reasons, 343i decided not to give official acceleration figures for warships.<Ref>[https://www.youtube.com/watch?v=aE_O_it1Q5k&t=63m08s An Inside Look at Halo: Warfleet – A Guide to the Spacecraft of Halo] (starts 63 minutes and 8 seconds).</ref> | ** [[Kenneth Peters]] commented on the inconsistencies during a behind-the-scenes video for the development of ''[[Halo: Warfleet – An Illustrated Guide to the Spacecraft of Halo|Halo: Warfleet]]''. He noted that, given that UNSC ships don't burn up the atmospheres of planets when engaged in them, their accelerations could not possibly be stupendously high. He also talked about the unintended consequence of unpublished figures giving UNSC ships sustained accelerations of 30 g, namely that such speeds would allow them to be used for "vaporizing planets" if they simply accelerated for an appreciable time in the direction of one. He went on to say that for these reasons, 343i decided not to give official acceleration figures for warships.<Ref>[https://www.youtube.com/watch?v=aE_O_it1Q5k&t=63m08s An Inside Look at Halo: Warfleet – A Guide to the Spacecraft of Halo] (starts 63 minutes and 8 seconds).</ref> | ||
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*''[[Halo: Glasslands]]'' | *''[[Halo: Glasslands]]'' | ||
*''[[Halo: Combat Evolved Anniversary]]'' | *''[[Halo: Combat Evolved Anniversary]]'' | ||
**''[[Terminal | **''[[Terminal/Halo: Combat Evolved Anniversary|Terminals]]'' | ||
*''[[Halo: The Thursday War]]'' | *''[[Halo: The Thursday War]]'' | ||
*''[[The Commissioning]]'' | *''[[The Commissioning]]'' | ||
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*''[[Halo: Escalation]]'' | *''[[Halo: Escalation]]'' | ||
*''[[Halo 2: Anniversary]]'' | *''[[Halo 2: Anniversary]]'' | ||
**''[[Terminal | **''[[Terminal/Halo 2: Anniversary|Terminals]]'' | ||
*''[[Hunt the Truth]]'' | *''[[Hunt the Truth]]'' | ||
**''[[All Hail]]'' | **''[[All Hail]]'' | ||
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==Sources== | ==Sources== | ||
<references/> | |||
[[Category:Propulsion]] | [[Category:Propulsion]] | ||
