A lockheed martin press release outlines
the upgrades that their skunk works
division will implement for the u.s air
force. These updates are focused on new onboard
electronics for data collection and
displays for increased pilot comfort and
decision making. An updated avionics suite that
modernizes the U-2's onboard systems to
readily accept and use new technology. A new mission computer designed to the u.s
air force's open mission systems
standard that enables the U-2 to
integrate with systems across air, space, sea, land and cyber domains at disparate
security levels.
New modern cockpit displays to make
everyday pilot tasks easier while
enhancing presentation of the data the
aircraft collects to enable faster, better informed decisions. The OHMS upgrade is most significant, although complex, ohms is essentially a
standard information interface that
allows battle space data gathered from
any aircraft to be used by all aircraft. OHMS is intended to both optimize the
time between data collection and
transmission and allow all aircraft in a
battle space to take advantage of
real-time information updates.
One report described OHMS and the
information that would be gathered as a
common message interface for subsystems
such as radar and communication systems
and services such as auto routing and
battle management with the intention
that all aircraft entering a battle
space use the own standard. This standardized approach allows ohm's
compliant mission systems and services
to be reused across multiple aircraft. It also significantly shortens
integration time with the platform and
enables affordable insertion of new
capabilities. Open mission systems have already been tested
on the B2 stealth bomber and the global
hawk surveillance drone. after testing in
mid 2021 lockheed martin anticipates the U-2 upgrades will be implemented in early
2022.
Though satellites can have higher
definition cameras they follow orbits
around the earth. Spy satellite orbits are optimized for
anticipated intelligence targets, but
depending on where the satellite is in
its orbit. A repositioning can take up to
24 hours before the satellite is in
place. U-2's do not have this problem.
The U-2 program remains relevant because
of the speed with which u minus twos can
gather intelligence data. Targets can be assigned and overflown on
the fly, depending on where a U-2 is in
relation to the target. Once the "Dragon Lady' becomes ohms
complian. The U-2 will likely be in the
air for a long time to come.
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