RPS1000
The “Cadillac” of
the product line. Can accommodate
from 200 — 5000+ cars. A
very flexible, modular design
for applications above ground,
underground, inside a building,
on top of a building, under a
building. On lot sizes as small
as 60’ x 60’. Height
(or depth) of as much as 150’.
(Ideal footprint 100’ x
200’+ x 48’ — 60’ high).
The RPS 1000 offers one
of the highest levels of redundancy in the industry,
translating into a greater level of reliability. All
major components have at least one back up system
and in some cases as many as fourfold. No single failure
will ever result in the system being inoperable. Robotic
Parking System’s HMI (Human Machine Interface)
offers one of the most sophisticated systems of diagnostics
in the industry. It is an industry first (patent pending)
and provides a high level of detection IN ADVANCE
of any failures, minimizing downtime. It is understood
that any mechanical or electronic component can fail.
However, the beauty of the Robotic Parking Systems
is that even in the case of failure, the system continues
to operate due to the high level of redundancy and
the early warning signals. The uptime of the system
is unprecedented.
The facade
is completely flexible and
can be designed to blend
in with the neighboring buildings
with a look that is contemporary,
historic, traditional, etc. The
materials that can be used are
completely versatile as well — concrete,
wood, brick, stone, aluminum,
etc. It is completely up to the
imagination of the owner and
his architect.
From a user perspective, it
is a very safe and convenient
system. The system virtually
eliminates the risk of any vehicle
damage or theft and the risk
of personal injury or robbery
that can occur in regular parking
lots because drivers remain safely
outside the building at all times.
Imagine, arriving to your destination.
Rather than having to spend an
exorbitant amount of time driving
around looking for a space to
park, you drive right up to the
garage, drive in at ground level
into a well lit easy access entrance
area, get out of your car, push
a button and then you simply
walk away. Hassle free!
Underground applications are
particularly well suited for
this system. Because only half
the space is needed, one can
realize as much as 50% cost savings
on the excavation alone. Also,
due to lower lighting and ventilation
requirements (since no cars are
driving around and no one is
walking inside), lower insurance
costs, lower personnel expenses,
land savings, etc. the overall
development costs can be significantly
lower than for a conventional
garage.
In addition, this system offers
a pollution free alternative.
No cars are running inside, so
there are no choking car emissions
to have to deal with inside the
garage. Also, because cars are
not having to circle around and
around the block looking for
spaces, there is less pollution
(and less traffic) from cars
driving at slow paces for extended
periods of time. They get off
the street faster!
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