MARS (Multi-function Advanced Rifle
Sight)
MARS is a complete fire-control system for the dismounted
infantry soldier. It:
- provides improved accuracy
- smart, projected reticle
- laser rangefinder
- GPS
- digital compass
- extends the range of standard munitions
- allows intra-squad indirect fires using the M203.
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Enhanced Vision and Accuracy
 Active
Reticle
The active, projected reticle combines AGC for proper display
intensity. The reticle automatically adjusts for both range
and rifle cant. It is day/night NVG compatible.
Laser rangefinder
The laser rangefinder and digital compass assembly allows
for accurate location of targets for artillery or assault.
Munitions Placement
The precision 40-mm munitions placement possible with the
MARS system provides increased accuracy, extending the maximum
effective range to the maximum munitions range.
Situational Awareness Data
An integrated GPS, digital compass, and 3-axis accelerometer
combine with the active reticle and laser rangefinder to provide
the user with situational data on many variables. Additionally,
the MARS system provides a barrel temperature sampling device,
which sends a visible warning when the barrel temperature
is in a dangerous range. A barrel shot counter also sends
a visible warning when replacement munitions are due, and
it stores the information (see Data Storage and Analysis).
Protection
 The
MARS system maximizes safety and protection by enabling engagement
from cover. Sight-directed blind aim allows the user to temporarily
break cover and lase target, quickly re-establish cover, then
fire, all with minimized exposure. This capability can be
integrated at the unit level. With the “Unit Level CFF”
capabilities, the leader lases the target, then transmits
the coordinates to the grenadier. The grenadier’s targeting
system provides the proper aim-point to hit the target.
Data Storage and Analysis
The barrel temperature measurement and barrel shot counter
devices allow for non-volatile, long-term data storage for
the armorer’s use. This collected data can be combined
and analyzed for improved barrel replacement regimen. Information
from the devices can be stored in a database relative to individual
barrel IDs.
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