Build:Navigational Deflector - Revision history

Dan: /* 8.8 Navigational Deflector */

2026-10-08T14:14:35Z

8.8 Navigational Deflector

← Older revision		Revision as of 07:14, 8 October 2026
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	A navigational deflector costs 3 x Size or 4 x Size in SUs (depending on the year of construction). Characters operate it with Shipboard Systems (Flight Control) or, for more specialized uses, Shipboard Systems (Deflector).		A navigational deflector costs 3 x Size or 4 x Size in SUs (depending on the year of construction). Characters operate it with Shipboard Systems (Flight Control) or, for more specialized uses, Shipboard Systems (Deflector).

	Additionally, Star Fleet constructs ships with a small auxiliary deflector. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -10% ~~Test Result~~ penalty on all Tests made using them.		Additionally, Star Fleet constructs ships with a small '''auxiliary deflector system'''. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -10% penalty on all [[Skills#Skill_Test\|Tests]] made using them.

	Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8 / 15,000 / 40,000 / 125,000 and an accuracy of 72 / 58 / 28 / 3. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic "shields" were installed to help protect the hull from micrometeroid collisions.		Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8 / 15,000 / 40,000 / 125,000 and an accuracy of 72 / 58 / 28 / 3. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic "shields" were installed to help protect the hull from micrometeroid collisions.

Dan: /* 8.8 Navigational Deflector */

2026-10-08T13:59:57Z

8.8 Navigational Deflector

← Older revision		Revision as of 06:59, 8 October 2026
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	Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8 / 15,000 / 40,000 / 125,000 and an accuracy of 72 / 58 / 28 / 3. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic "shields" were installed to help protect the hull from micrometeroid collisions.		Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8 / 15,000 / 40,000 / 125,000 and an accuracy of 72 / 58 / 28 / 3. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic "shields" were installed to help protect the hull from micrometeroid collisions.
			----
			'''Cardassian''': As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]

	('''Cardassian''': As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]		In game terms, the deflector-based disruptor uses the rules for “Main Deflector Phaser”. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 83 / 72 / 42 / 8). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.

	(In game terms, the deflector-based disruptor uses the rules for “Main Deflector Phaser”. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 83 / 72 / 42 / 8). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.)

	----		----

Dan: /* 8.8 Navigational Deflector */

2026-09-02T15:51:21Z

8.8 Navigational Deflector

← Older revision		Revision as of 08:51, 2 September 2026
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	==8.8 Navigational Deflector==		==8.8 Navigational Deflector==
	'''Cost:''' 2 x Size EM deflector array (pre-[[2215]]), 3 x Size (pre-[[2271]]) & 4 x Size (post-[[2270]] main deflector); 1 x Size (auxiliary deflector) <br>		'''Cost:''' 2 x Size EM deflector array (pre-[[2215]]), 3 x Size (pre-[[2271]]) & 4 x Size (post-[[2270]] main deflector); 1 x Size (auxiliary deflector) <br>
	'''Power Requirement:''' <span style="background-color: ~~yellow~~;">5 Power per round of use</span><br>		'''Power Requirement:''' <span style="background-color: red;">5 Power per round of use</span><br>
	'''Available''': [[2090]]		'''Available''': [[2090]]

Dan at 12:46, 31 August 2026

2026-08-31T12:46:52Z

← Older revision		Revision as of 05:46, 31 August 2026
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	The navigational deflector works in conjunction with the long-range sensors, which locate and track objects in the ship’s projected course. Since the deflector emits a great deal of electromagnetic and subspace radiation, which could interfere with long-range sensors, the long-range sensor array is located behind the deflector dish so that the axis of its scans matches that of the deflector projections.		The navigational deflector works in conjunction with the long-range sensors, which locate and track objects in the ship’s projected course. Since the deflector emits a great deal of electromagnetic and subspace radiation, which could interfere with long-range sensors, the long-range sensor array is located behind the deflector dish so that the axis of its scans matches that of the deflector projections.

	In addition to the two deflecting effects, a ship can use its navigational deflector to emit a wide variety of electromagnetic and subspace radiation effects. For example, if the ship needs to emit old-style delta radiation to communicate with a strange vessel, or a polaron burst to disable masking circuitry, it uses its navigational deflector to do that. (If it’s necessary to make a Shipboard Systems (Tactical) Test to hit a target with a deflector-emitted effect, the deflector has a range of 10/20,000/50,000/150,000 and an Accuracy of 5/6/8~~/11~~.) Running certain systems, such as some weapons, through the deflector can enhance their performance.		In addition to the two deflecting effects, a ship can use its navigational deflector to emit a wide variety of electromagnetic and subspace radiation effects. For example, if the ship needs to emit old-style delta radiation to communicate with a strange vessel, or a polaron burst to disable masking circuitry, it uses its navigational deflector to do that. (If it’s necessary to make a Shipboard Systems (Tactical) Test to hit a target with a deflector-emitted effect, the deflector has a range of 10 / 20,000 / 50,000 / 150,000 and an Accuracy of 83 / 72 / 42 / 8.) Running certain systems, such as some weapons, through the deflector can enhance their performance.

	At impulse speeds or up to Warp 8 (TNG Scale), only one of the deflector’s generators has to be operational. From Warp 8.1 to 9.1, at least two must function. At Warp 9.2 or higher, all three generators must operate to ensure the safety of the ship. If the deflector does not have enough functioning generators, or is not supplied with sufficient power, the ship may suffer wear and tear (or worse damage); the Narrator determines the exact effects (if any).		At impulse speeds or up to Warp 8 (TNG Scale), only one of the deflector’s generators has to be operational. From Warp 8.1 to 9.1, at least two must function. At Warp 9.2 or higher, all three generators must operate to ensure the safety of the ship. If the deflector does not have enough functioning generators, or is not supplied with sufficient power, the ship may suffer wear and tear (or worse damage); the Narrator determines the exact effects (if any).
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	A navigational deflector costs 3 x Size or 4 x Size in SUs (depending on the year of construction). Characters operate it with Shipboard Systems (Flight Control) or, for more specialized uses, Shipboard Systems (Deflector).		A navigational deflector costs 3 x Size or 4 x Size in SUs (depending on the year of construction). Characters operate it with Shipboard Systems (Flight Control) or, for more specialized uses, Shipboard Systems (Deflector).

	Additionally, Star Fleet constructs ships with a small auxiliary deflector. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -1 Test Result penalty on all Tests made using them.		Additionally, Star Fleet constructs ships with a small auxiliary deflector. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -10% Test Result penalty on all Tests made using them.

	Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8/15,000/40,000/125,000 and an accuracy of 6/7/9/12. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic "shields" were installed to help protect the hull from micrometeroid collisions.		Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8 / 15,000 / 40,000 / 125,000 and an accuracy of 72 / 58 / 28 / 3. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic "shields" were installed to help protect the hull from micrometeroid collisions.

	('''Cardassian''': As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]		('''Cardassian''': As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]

	(In game terms, the deflector-based disruptor uses the rules for “Main Deflector Phaser”. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 5/6/8~~/11~~). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.)		(In game terms, the deflector-based disruptor uses the rules for “Main Deflector Phaser”. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 83 / 72 / 42 / 8). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.)

	----		----

Dan: /* 8.8 Navigational Deflector */

2026-08-26T20:02:00Z

8.8 Navigational Deflector

← Older revision		Revision as of 13:02, 26 August 2026
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	==8.8 Navigational Deflector==		==8.8 Navigational Deflector==
	'''Cost:''' 2 x Size EM deflector array (pre-[[2215]]), 3 x Size (pre-[[2271]]) & 4 x Size (post-[[2270]] main deflector); 1 x Size (auxiliary deflector) <br>		'''Cost:''' 2 x Size EM deflector array (pre-[[2215]]), 3 x Size (pre-[[2271]]) & 4 x Size (post-[[2270]] main deflector); 1 x Size (auxiliary deflector) <br>
			'''Power Requirement:''' <span style="background-color: yellow;">5 Power per round of use</span><br>
	'''Available''': [[2090]]		'''Available''': [[2090]]

Dan at 14:25, 10 January 2026

2026-01-10T14:25:18Z

← Older revision		Revision as of 07:25, 10 January 2026
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	* [[Construction Rules\|Back to the Table of Contents]]		* [[Construction Rules\|Back to the Table of Contents]]
	* [[Build: Operations Systems\|Back to Chapter 8.0: Operations Systems]]		* [[Build: Operations Systems\|Back to Chapter 8.0: Operations Systems]]
			* [[Build: Sensor Systems\|On to Sensor Systems]]


	[[Category:Build\|{{PAGENAME}}]]		[[Category: Build\|{{PAGENAME}}]]
	[[Category: Build (Operations Systems)\|{{PAGENAME}}]]		:[[Category: Build (Operations Systems)\|{{PAGENAME}}]]

Dan: /* 8.8 Navigational Deflector */

2026-01-10T14:23:05Z

8.8 Navigational Deflector

← Older revision		Revision as of 07:23, 10 January 2026
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	Additionally, Star Fleet constructs ships with a small auxiliary deflector. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -1 Test Result penalty on all Tests made using them.		Additionally, Star Fleet constructs ships with a small auxiliary deflector. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -1 Test Result penalty on all Tests made using them.

	Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8/15,000/40,000/125,000 and an accuracy of 6/7/9/12. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic ~~‘shields’~~ were installed to help protect the hull from micrometeroid collisions.		Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8/15,000/40,000/125,000 and an accuracy of 6/7/9/12. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic "shields" were installed to help protect the hull from micrometeroid collisions.

	('''Cardassian''': As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]		('''Cardassian''': As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]
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	----		----

	==Construction Rules Index==		==Construction Rules Index==
	* [[Construction Rules\|Back to the Table of Contents]]		* [[Construction Rules\|Back to the Table of Contents]]

Dan at 17:21, 1 January 2026

2026-01-01T17:21:38Z

← Older revision		Revision as of 10:21, 1 January 2026
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	Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8/15,000/40,000/125,000 and an accuracy of 6/7/9/12. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic ‘shields’ were installed to help protect the hull from micrometeroid collisions.		Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8/15,000/40,000/125,000 and an accuracy of 6/7/9/12. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic ‘shields’ were installed to help protect the hull from micrometeroid collisions.

	(Cardassian: As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]		('''Cardassian''': As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]

	(In game terms, the deflector-based disruptor uses the rules for “Main Deflector ~~Phaser.”~~. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 5/6/8/11). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.)		(In game terms, the deflector-based disruptor uses the rules for “Main Deflector Phaser”. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 5/6/8/11). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.)

	~~<br><br>~~
	----		----
	==Construction Rules Index==		==Construction Rules Index==

Dan at 23:21, 3 August 2023

2023-08-03T23:21:15Z

← Older revision		Revision as of 16:21, 3 August 2023
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	~~__TOC__~~		__toc__
	==8.8 Navigational Deflector==		==8.8 Navigational Deflector==
	'''Cost''': 2 x Size EM deflector array (pre-[[2215]]), 3 x Size (pre-[[2271]]) & 4 x Size (post-[[2270]] main deflector); 1 x Size (auxiliary deflector)		'''Cost:''' 2 x Size EM deflector array (pre-[[2215]]), 3 x Size (pre-[[2271]]) & 4 x Size (post-[[2270]] main deflector); 1 x Size (auxiliary deflector) <br>

	'''Available''': [[2090]]		'''Available''': [[2090]]

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	Additionally, Star Fleet constructs ships with a small auxiliary deflector. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -1 Test Result penalty on all Tests made using them.		Additionally, Star Fleet constructs ships with a small auxiliary deflector. As the design of some ships do not allow for a massive main deflector, the auxiliary deflector may serve as the primary. These smaller deflectors are built into the hull (generally the saucer) and cost 1 x Size in SUs. They require the same amount of power as a main deflector, but since they are less efficient, they impose a -1 Test Result penalty on all Tests made using them.

	Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], TOS-era navigational deflectors were somewhat more fragile than their 24th century counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, 23rd century navigational deflectors lack the range and accuracy of later models. They have a range of 8/15,000/40,000/125,000 and an accuracy of 6/7/9/12. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic ‘shields’ were installed to help protect the hull from micrometeroid collisions.		Until the ''[[Guide: Constitution\|Constitution class]]'' general uprating of [[2271]], ''TOS''-era navigational deflectors were somewhat more fragile than their [[24th century]] counterparts, and not as well protected by the hull of the ship. To simulate this, they cost slightly fewer SUs. Additionally, [[23rd century]] navigational deflectors lack the range and accuracy of later models. They have a range of 8/15,000/40,000/125,000 and an accuracy of 6/7/9/12. Prior even to TOS-era deflectors (before [[2215]]), electromagnetic ‘shields’ were installed to help protect the hull from micrometeroid collisions.

	(Cardassian: As a supplement to their main tactical systems, Cardassian ships using the Galor-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]		(Cardassian: As a supplement to their main tactical systems, Cardassian ships using the ''Galor''-class navigational deflector technology (roughly speaking, any ship of Size 5 or above) incorporate a redundant ''[[Guide: Cheh’gesh\|Cheh’gesh class]]'' disruptor beam emitter into the deflector’s technology. This makes the deflector cost 5 x Size in SUs for such ships, instead of the normal 4 x Size. [The 5 x Size cost is for Cardassian vessels Size 5 and up; smaller vessels pay only 4 x Size in SUs.]

	(In game terms, the deflector-based disruptor uses the rules for “Main Deflector Phaser.”. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 5/6/8/11). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.)		(In game terms, the deflector-based disruptor uses the rules for “Main Deflector Phaser.”. However, using it requires no Tests; the disruptor functions as normal, but at 75% of normal strength (in other words, it does 105 damage, and can fire up to three shots per round with an Accuracy of 5/6/8/11). If the navigational deflector takes 25% or more of its SUs in damage, this disruptor ceases functioning until the crew repairs the deflector.)

			<br><br>
	----		----

	==Construction Rules Index==		==Construction Rules Index==
	* [[Construction Rules\|Back to the Table of Contents]]		* [[Construction Rules\|Back to the Table of Contents]]
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			[[Category:Build\|{{PAGENAME}}]]
	[[Category:Build\|{{PAGENAME}}]][[Category: Build (Operations Systems)\|{{PAGENAME}}]]		[[Category: Build (Operations Systems)\|{{PAGENAME}}]]

Dan at 21:53, 2 June 2020

2020-06-02T21:53:01Z

← Older revision		Revision as of 14:53, 2 June 2020
Line 28:		Line 28:

	==Construction Rules Index==		==Construction Rules Index==
	*[[Construction Rules\|Back to the Table of Contents]]		* [[Construction Rules\|Back to the Table of Contents]]
	*[[Build: Operations Systems\|Back to Chapter 8.0: Operations Systems]]		* [[Build: Operations Systems\|Back to Chapter 8.0: Operations Systems]]



	[[Category:Build\|{{PAGENAME}}]][[Category: Build (Operations Systems)\|{{PAGENAME}}]]		[[Category:Build\|{{PAGENAME}}]][[Category: Build (Operations Systems)\|{{PAGENAME}}]]

← Older revision		Revision as of 07:25, 10 January 2026
Line 29:		Line 29:
	* [[Construction Rules\|Back to the Table of Contents]]		* [[Construction Rules\|Back to the Table of Contents]]
	* [[Build: Operations Systems\|Back to Chapter 8.0: Operations Systems]]		* [[Build: Operations Systems\|Back to Chapter 8.0: Operations Systems]]
			* [[Build: Sensor Systems\|On to Sensor Systems]]


	[[Category:Build\|{{PAGENAME}}]]		[[Category: Build\|{{PAGENAME}}]]
	[[Category: Build (Operations Systems)\|{{PAGENAME}}]]		:[[Category: Build (Operations Systems)\|{{PAGENAME}}]]