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Printable Page
Urbanaut®
Vehicle with Bogies

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Each vehicle has 2 light weight
bogies, one in front and one at the rear end. Bogies are fabricated of
non-magnetic materials like aluminum, stainless steel, and/or composite
materials.
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The bogies are the “brain” in
the vehicle, and they are the “link” between the vehicle and the runway
below
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Bogies support, propel, control
and guide the vehicle. A transparency of the vehicle shows how the bogie
interacts with the guideway.
Urbanaut®
Bogie with Optional Propulsion Systems
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Alternative I
Rubber Tire Wheel Bogie
In-wheel electro magnetic motor in vehicle for speeds up
to 160 km/hr (100 mph)
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Alternative II
(EMS) Electro Magnetic System with MLIM Propulsion
Maglev linear induction motor
in vehicle for speeds up to 225 km/hr (140mph)

Alternative I
Urbanaut® Rubber
Tire Wheel Bogie
With Direct Drive Propulsion
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Color Code:
1) Bogie Frame
2) Tires
3) Conductors
4) Motor
5) Suspensions
6) Guide Rail
7) Runway
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A rubber tire wheel
bogie makes physical contact with the guideway with the 2 load
wheels and 4 guide wheels. The car body above is mounted on top
of 2 bogies with connection through a center pivot pin that
absorbs lateral and longitudinal forces. The vertical loading
from the car body is transferred through the 4 corners of the
bogie frame, each with air bag suspension and vehicle leveling
devices.
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Electrical and
electronic equipment attached to the bogie automatically
controls propulsion, speed, acceleration and deceleration of the
vehicle.
A powerfull in-wheel
direct drive electromagnetic motor is mounted to the side or
inside of the 2 load wheels and is powered by a variable-frequency
inverter.
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Alternative II
SemiMaglev™ Urbanaut® Propulsion
(EMS) Electro Magnetic System
With MLIM Propulsion - Open Web
The SemiMaglev Urbanaut is unique since it operates by conventional
means at low speed, then becomes partially levitated with
increasing speed, and fully levitated with no wheel contact at ultra
high speed.
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An MLIM
(Maglev Linear Induction Motor) in the vehicle interacts with the iron
guide rail, with an attached aluminum reaction plate, across an air-gap.
A repulsive force is created between the MLIM and iron guide rail.
The MLIM has no axle, no gear, and no mechanical contacts.
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The MLIM
interacts with an inverter installed in the vehicle, which regulates
propulsion, speed, braking and control.
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Attractive
type electromagnets (EM) levitate (partially or fully) and guide the
vehicle along the central rail.
For additional information
see
the Maglev
'04 Proceedings.

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