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UAV Sniper

View our
white paper on
UAV Sniper
Sagetech
Corporation introduces UAV
Sniper, a highly accurate
unmanned combat air vehicle
armed with a 50-caliber sniper
weapon system. For the first
time, the tactical targeting
precision of a field sniper team
will be available in an unmanned
aerial platform. Employing
long-range communication links,
a mature system will be operable
day and night from control
stations thousands of miles
distant, undetectably placing
sniper shots with perfect
confidence.
The long
range precision shooting skills
of the military sniper team have
found increasing utility in the
urban combat environment of Iraq
and sparsely populated regions
of Afghanistan. Unfortunately,
the speed and effectiveness of a
sniper team is limited by the
need to find concealed firing
locations in range of the
adversary. The remotely
operated UAV Sniper system will
remove this requirement while
drastically increasing
capability and keeping the
shooter out of harms way.
The
effectiveness of the UAV Sniper
vehicle will not be measured
simply by the number of
casualties inflicted upon the
enemy. Realization of the UAV
Sniper's presence would instil
fear in enemy troops and
influence their decisions and
actions. In a close air support
role, the UAV Sniper would
enhance a unit's firepower and
augment their means for
destruction and harassment of
the enemy. This role becomes
more significant when the target
is entrenched or positioned
among civilians where firing
automatic weapons would result
in the wounding or killing of
non-combatants.

Above.
95%
shot confidence bounds at a 1500
m slant range, and an altitude
of 500 m. The TAPSS full firing
control system and automatic
second-shot bias correction
result in a significantly
smaller shot dispersion. We
expect a 50% probability of
hitting a human sized target at
this range. Human team accuracy
based on ARL sniper error study
[i].
[i]
Wahlde, Raymond Von,
Metz, Dennis, “Sniper
Weapon Fire Control
Error Budget Analysis,”
Army Research Laboratory
Report number
ARL-TR-2065, August
1999.
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