V-hull: Difference between revisions
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V-hulls are incorporated in armored vehicle designs in several different ways. Many vehicles, such as the [[BAE Systems]] [[RG-33]] incorporate the v-hull into a [[monocoque]] [[chassis]], while others, such as the [[ATF Dingo]] and [[International MaxxPro]] use a [[body-on-frame]] chassis, with an armored V-hull crew compartment, and an additional V or semicircular shaped piece protecting the [[driveline]]. <ref>[http://www.defensereview.com/modules.php?name=News&file=article&sid=995 Defense Review - DefRev First Look: BAE Systems RG33 Series MRAP Vehicles<!-- Bot generated title -->]</ref> Others, such as the [[Cougar H]] have a V-hull crew compartment, and allow the driveline and [[suspension (vehicle)|suspension]] components to be sacrificed in an attack, while maintaining the safety of the crew. |
V-hulls are incorporated in armored vehicle designs in several different ways. Many vehicles, such as the [[BAE Systems]] [[RG-33]] incorporate the v-hull into a [[monocoque]] [[chassis]], while others, such as the [[ATF Dingo]] and [[International MaxxPro]] use a [[body-on-frame]] chassis, with an armored V-hull crew compartment, and an additional V or semicircular shaped piece protecting the [[driveline]]. <ref>[http://www.defensereview.com/modules.php?name=News&file=article&sid=995 Defense Review - DefRev First Look: BAE Systems RG33 Series MRAP Vehicles<!-- Bot generated title -->]</ref> Others, such as the [[Cougar H]] have a V-hull crew compartment, and allow the driveline and [[suspension (vehicle)|suspension]] components to be sacrificed in an attack, while maintaining the safety of the crew. |
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==See also== |
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*[[MRAP (armored vehicle)]] |
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==Sources== |
==Sources== |
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Revision as of 16:02, 28 June 2008
The V-hull is a type of vehicle armor design used on wheeled armored personnel carriers (APC), infantry mobility vehicles and infantry fighting vehicles (IFV). The design originated in the 1970s with South African Land Systems OMC's designs, the Ratel IFV and the Buffel.[1]
Design
The purpose of design is to increase vehicle and crew survivability by deflecting an upward directed blast from a landmine (or Improvised Explosive Device) away from the vehicle, while also presenting a sloped armor face.[2] [3] By presenting its armor at an angle, it increases the amount of material a ballistic projectile must pass through in order to penetrate the vehicle, and increases the chance of deflection.
V-hulls are incorporated in armored vehicle designs in several different ways. Many vehicles, such as the BAE Systems RG-33 incorporate the v-hull into a monocoque chassis, while others, such as the ATF Dingo and International MaxxPro use a body-on-frame chassis, with an armored V-hull crew compartment, and an additional V or semicircular shaped piece protecting the driveline. [4] Others, such as the Cougar H have a V-hull crew compartment, and allow the driveline and suspension components to be sacrificed in an attack, while maintaining the safety of the crew.