User's Manual
10
7
Caring for your Cyborg
The Cyborg is a very low maintenance marker, however there are some things
that you can do to keep it running at optimum performance. Always use Dow 33
to lubricate your Cyborg, do not use Silicone spray or oil of any kind.
Bolt Maintenance
The Cyborg bolt is made from a very high quality self lubricating plastic, for best
results, the bolt should be kept clean and dry. During normal usage, the Cyborg
bolt can become dirty. To remove the bolt, gently pull the pull pin upwards until it
clicks. The bolt and pull pin should then slide freely out of the gun. Clean the bolt
with a clean, dry soft cloth. If you notice scratches along the bolt, it is likely that
you have not cleaned it often enough - it is a good idea to clean the bolt after evey
days play, or if it gets excessive paint/dirt in it during the course of play.
When replacing the bolt, it is critical to ensure that the bottom of the pull pin is
located correctly in the slot on the ram inside the gun. If the bolt is incorrectly
installed your Cyborg will not operate correctly and damage may result.
Ram Maintenance
The ram of your Cyborg does the most work of any part of the gun. For this reason
the ram system needs to be kept clean and well lubricated. Before removing your
ram ensure that there is no gas in the gun. First remove the bolt (as described
above in bolt maintenance) and unscrew the ram cap (counter-clockwise) and
remove it from the gun. Then grasp the ram end and pull it out of the Cyborg. Now
remove the hammer from the ram housing. Clean the old grease off the ram hous-
ing bore using a clean q-tip, and clean the old grease from the ram housing and
hammer using a clean lint free cloth. Use a clean q-tip to re-lubricate the bore of
the ram housing with Dow 33 or 55, and use your nger to re-lubricate the o-rings
on the hammer as well as the hammer shaft. Slide the hammer back into the ram
housing and re-lubricate the o-rings on the outside of the ram housing. Now your
ram is ready to be replaced back into the marker - slide it back in carefully before
securing it in place with the ram cap. Take care that the bolt is replaced correctly
as described above in bolt maintenance.
Ram maintenance can be performed as often as you like, and should be done at
least every 20,000 cycles.
Regulator Maintenance
Your Gladiator inline regulator and LPR should be kept clean and lubricated for
best results.
Cycle Filter (Flickering Red) – Your software allows the buffering of a single
shot in case you pull the trigger during a cycle. This lter can be used to reduce
the time allowed to buffer this shot. Adjustable from 1 (full buffer) to 10 full
cycle lter. Higher settings will reduce the amount of mechanical bounce in the
marker.
Eye Mode (Flickering White) – setting 1=delayed (if there is no ball in breach
when trigger is pulled, the software will wait ½ sec and re) 2=forced (trigger can
be held to force a shot) 3=test mode with full dwell, 4=test mode with adjusted
dwell (test mode dwell setting).
Bolt Tracking Delay (Flickering Green) – This is the delay used to ensure that
bolt tracking works correctly. Do not change this unless directed to by a MacDev
tech.
Test Mode Dwell (Flickering Yellow) – this mode is used to see how fast a user
can cycle the marker. Using this setting, the dwell can be reduced to reduce air
consumption. Whilst ring in test mode, the max ROF is set to uncapped, and
the LED reports the following ndings: red:less than 10bps, yellow:10-15bps,
green:15-20bps, blue:20-25bps, white:25+bps.
Register Summary Table
LED Colour Setting Default
Blue Debounce (1/2ms increments) 10
Red Dwell (1ms increments) 6
White Fire mode 1 (semi)
Green Max ROF - only used in capped and ramp
modes
5 (15bps)
Yellow Loader delay (1/2ms increments) 2
Teal Anti Mechanical Bounce 2
Purple Anti Bolt Stick 1 (off)
Flickering Blue Ramp Start (used on ramping re modes) 5bps
Flickering Red Cycle lter 2
Flickering White Eye Mode 2 (forced
shot)
Flickering Green Bolt Tracking Delay (ms) 10
Flickering Yellow Test Mode Dwell (ms) 2