Heavy Hover APC

Revision as of 15:47, 30 March 2010 by Doneve (talk | contribs) (add BV 2.0 to Variants & copyedits)
HeavyTransport.JPG
Heavy Hover APC
Production information
Manufacturer Various
Mission Infantry Transport
Type Hover
Cost 196,700 C-bills
Technical specifications
Mass 20
Armor Generic Standard Armor
Engine Generic 75 ICE
Speed 129.6 km/h
Crew ???
Armament

2 x Machine Guns

BV (1.0) 70
BV (2.0) 188


Description

Armies have used armored personnel carriers (APCs) for centuries to transport troops to the front lines, which continues even in the era of Battle Armor. The Heavy Hover APC is a larger version of its standard counterpart able to carry two full platoons of Infantry.

While the more common 10-ton Hover APC is 30 km/h faster, it can carry only a single squad of infantry. In order for an entire platoon to be deployed at a target location, a single platoon must be spread across a lance of four APCs, forcing the APCs to stay in tight formation for the insertion. The heavy model is twice as large as standard APCs and is designed to carry two full platoons of foot troopers along with their gear. This improved capacity, in addition to two tons more armor protection, makes heavy APCs the preference of commanders who can obtain them with the majority used by the Federated Commonwealth Regimental Combat Teams.

Armament

No more a fighting vehicles than its "standard" counterpart, the Heavy Hover APC carries two front mounted Machine Guns supplied by half a ton of ammunition, carried only for defense against other infantry units. The lack of turret makes the APC particularly vulnerable to flanking attacks from the rear, but most can successfully unload their troops before an enemy is in position to launch such an attack.

Variants

The most common variants of these vehicles replace the infantry bay with additional weaponry, usually an SRM-4 or even a single LRM-5 launcher. When deployed in urban areas against heavy infantry opposition, these vehicles mount additional machine guns.

References

  • Technical Readout: 3060, pp. 12-13

Bibliography