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Star Trek - The Next Gene…ractive Technical Manual
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Star Trek The Next Generation Interactive Technical Manual.iso
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0820400.txt
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1994-08-09
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LIMITATIONS OF USE
The personnel and cargo transport systems are enormously useful
for starship operations, but are nevertheless subject to significant
limitations. Some key limitations of operation include:
ÑRange. Normal operating range is approximately 40,000 km, depending on
payload mass and relative velocity. Emergency evacuation transporters have
more limited capabilities and are limited to approximately 15,000 km, again
depending on available power.
ÑInterference from deflector shields. When deflector shields are raised to
defensive configuration, it is impossible for the ACB to propagate normally
across the required EM and subspace bandwidth. In addition, spatial
distortion from the shields can seriously disrupt pattern integrity. For this
reason, transport is not possible when shields are in place.
ÑDuty cycle. Although the transport autosequence lasts approximately five
seconds, pattern buffer cooldown and reset takes an average of eighty-
seven seconds, yielding an average duty cycle of just over ninety-two
seconds. Since the transport beam conduits permit the matter stream to be
routed to any pattern buffer, any given chamber can be reused immediately
without waiting for cooldown by switching to another pattern buffer. Since
there are only three pattern buffers normally used for personnel transport,
this process can be repeated twice before waiting for pattern buffer reset.
This translates into an average of about 1.9 six-person transports per minute,
resulting in a total system capacity of about seven hundred persons per
hour.
ÑTransport while at warp. Warp fields produce severe spatial distortion in
transporter beams, making it impossible to transport when the ship is
traveling at warp speeds. The only exception is when both the ship and the
target site are traveling at the same integral warp velocity.
ÑReplication limits. Personnel transport is accomplished at quantum-level
resolution using analog image data. By contrast, food and hardware
replication (which employs transporter technology) employs digital image
data at the much more limited molecular-level resolution. Because of this
crucial limitation, replication of living beings is not possible. ╞