Over/under - Revision history

Benstern: added links

2008-06-01T13:19:04Z

added links

← Older revision		Revision as of 08:19, 1 June 2008
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	[[Image:Over-under.jpg\|thumbnail\|300px\|An over/under style cannon]]An '''Over/under''' launcher is one where the barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many ~~pneumatic valves~~ have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		[[Image:Over-under.jpg\|thumbnail\|300px\|An over/under style cannon]]An '''Over/under''' launcher is one where the [[barrel]] is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the [[chamber]], and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many [[valve]]s have the input and output ports at right angles. Pneumatic chambers are also usually longer than [[combustion cannon]] chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recommended to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recommended to reinforce the launcher and keep the barrel steady.

Benstern: spelling

2007-06-05T17:41:35Z

spelling

← Older revision		Revision as of 12:41, 5 June 2007
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	[[Image:Over-under.jpg\|thumbnail\|300px\|An over/under ~~stlye~~ cannon]]An '''Over/under''' launcher is one where the barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		[[Image:Over-under.jpg\|thumbnail\|300px\|An over/under style cannon]]An '''Over/under''' launcher is one where the barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are ~~recomended~~ to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recommended to reinforce the launcher and keep the barrel steady.

DK at 22:35, 8 June 2006

2006-06-08T22:35:10Z

← Older revision		Revision as of 17:35, 8 June 2006
Line 1:		Line 1:
	[[Image:Over-under.jpg\|thumbnail\|300px\|An over/under stlye cannon]]An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		[[Image:Over-under.jpg\|thumbnail\|300px\|An over/under stlye cannon]]An '''Over/under''' launcher is one where the barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.

1984 at 02:05, 24 October 2005

2005-10-24T02:05:27Z

← Older revision		Revision as of 21:05, 23 October 2005
Line 1:		Line 1:
	An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		[[Image:Over-under.jpg\|thumbnail\|300px\|An over/under stlye cannon]]An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.

1984 at 01:59, 24 October 2005

2005-10-24T01:59:17Z

← Older revision		Revision as of 20:59, 23 October 2005
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	~~[[Image:Over-under.jpg\|frame\|An over/under stlye cannon]]~~An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.

1984 at 01:58, 24 October 2005

2005-10-24T01:58:49Z

← Older revision		Revision as of 20:58, 23 October 2005
Line 1:		Line 1:
	An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		[[Image:Over-under.jpg\|frame\|An over/under stlye cannon]]An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.

1984 at 01:55, 24 October 2005

2005-10-24T01:55:27Z

← Older revision		Revision as of 20:55, 23 October 2005
Line 1:		Line 1:
	~~The~~ barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		An '''Over/under''' launcher is one where he barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.

GalFisk: +link, degree symbol

2005-10-19T14:10:30Z

+link, degree symbol

← Older revision		Revision as of 09:10, 19 October 2005
Line 1:		Line 1:
	The barrel is turned 180* (using 2 90* elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90* bends will slightly reduce flow. The design is very common in pneumatic ~~launchers~~, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.		The barrel is turned 180* (using 2 90° elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90° bends will slightly reduce flow. The design is very common in [[pneumatic launcher]]s, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
	Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.		Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.

GalFisk: moved from launcher configuration to own page

2005-10-19T08:46:07Z

moved from launcher configuration to own page

New page

The barrel is turned 180* (using 2 90* elbows, typically) so that it points in the opposite direction of the chamber, and is directly above it. This makes the total launcher length shorter, although the 90* bends will slightly reduce flow. The design is very common in pneumatic launchers, since many pneumatic valves have the input and output ports at right angles. Pneumatic chambers are also usually longer than combustion chambers, so more overall length is saved.
Recoil puts a lot of stress on the elbows, barrel supports clamping the chamber and barrel together are recomended to reinforce the launcher and keep the barrel steady.