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Six wheel drive
(6WD) -
6
speed
automatic gearbox - 6
speed
manual transmissions
- Compact
front wheel drive
6 speed transaxle
- 6
Speed get rag transaxle
- Vehicle automatic transmission
for 6 speed
power train - 6
wheeled
motor vehicle - 6
wheel
armored vehicle
Six-wheel
armored vehicle
A six-wheel
armored vehicle has each wheel driven
by an engine mounted between the front wheels
and to the side of a driver's station
disposed in the beveled shaped nose of the vehicle. Terrain in front
and to the sides of the vehicle may be viewed by a driver
from within the vehicle by a plurality of periscopes. Alternatively, a
hatch opening in a forward sloping surface of the nose immediately
behind the periscopes permits the driver
to raise his head out of the vehicle in order to view the terrain. A
fuel storage tank is formed integral with rear portions of the
vehicle's hull and comprises a plurality of interconnected fuel cells
defined by double wall construction of the hull body. A fresh air
inlet and deflector arrangement in the upper horizontal surface of the
hull delivers fresh air forwardly to an engine compartment for cooling
the engine, and warm air generated by the engine is reversed in flow
direction and exhausted via a conduit through an outlet opening
immediately adjacent the fresh air inlet.

Six-wheel
armored vehicle
1. A multi-axle armored vehicle comprising: a unitized hull
constructed from armor plate and exhibiting ballistically-resistant,
oblique surfaces over substantially the entirety thereof, said hull
comprising a box-like personnel-carrying body portion and an integral,
forwardly, inwardly tapering wedge-shape nose portion;
front axle means in the area of the nose portion and first and second
parallel rear axle means in the area of the body portion;
suspension means mounting said front axle means to said hull;
each of said first and second parallel rear axle means having a power
transfer differential, a drive
shaft,
and a pair of drive axles, housing
means for said differentials, said drive
shafts and said drive axles including
first and second pairs of axle sleeves, said first and second pairs of
axle sleeves each having a pair of outboard ends, suspension means
including a pair of trailing swing arms on each side of the hull, each
of said trailing swing arms connected at one end to one of the
outboard ends of one of said axle sleeves, means for pivotally
connecting the opposite end of each of said trailing swing arms to
said hull for swinging movement in a vertical plane, spring means for
suspending the hull on each of said trailing swing arms, vehicle wheels
connected to each of said trailing swing arms for concurrent vertical
planar movement whereby wheel
suspension movements are maintained in a limited transverse space
outboard of the vehicle hull;
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said spring means including a first pair of telescoping shock
absorbers and a coil spring surrounding each of said shock
absorbers having its opposite ends supported by opposite ends of said
shock absorbers, said opposite ends of said shock absorbers being
connected at axially offset and vertically spaced points on said hull
and said trailing arm whereby said shock absorbers and coil springs
extend obliquely from said wheel
assemblies toward said front end to reduce the vertical height of the wheel
well occupied by said spring means;
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an engine selectively drivingly connected to said drive
shafts for powering said vehicle, said engine being disposed
substantially within the nose of said hull and laterally from a
longitudinal center line of said hull; and,
a driver's station spaced laterally
from said engine and within the nose of said hull,
said hull is provided with a plurality of wheel
wells therein above said vehicle wheels
having a transverse width slightly wider than the treat width of each
vehicle wheel, and
(1) each of said trailing swing arms being transversely spaced and
having the opposite ends thereof pivotally connected to said hull at a
location forward of the hull position of the axle sleeve connected
thereto,
(2) a second pair of telescoping shock absorbers each having one end
thereof pivotally connected to the front axle means, the opposite end
thereof being pivotally connected to said hull at a location
substantially vertically aligned above said one end thereof such that
the longitudinal axis of each of said second pair of shock absorbers
extends substantially vertically,
(3) each of said first pair of telescoping shock absorbers each
having one end thereof pivotally connected to the axle sleeves
associated with said rear set of vehicle wheel
means, the opposite end of each of said last named shock absorbers
being pivotally connected to said hull at a location above the
associated axle sleeves and forward of the hull position of the axle
sleeve connected thereto.
(4) and a stabilizer member associated with each of said first
pair of shock absorbers having opposite end thereof pivotally
connected to said hull at a location below said last mentioned
pivotally connected hull location whereby said stabilizer member has
its longitudinal axis generally parallel to the longitudinal axis of
said shock absorber to efficiently utilize wheel
well space occupied by the spring means at the rear set of vehicle wheel
means.
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Six
wheel drive (6WD)
- 6
speed automatic gearbox - 6
speed manual transmissions
- Compact
front wheel drive
6 speed transaxle
- 6
Speed get rag transaxle
- Vehicle
automatic transmission for 6 speed
power train - 6
wheeled motor vehicle - 6
wheel armored vehicle
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