Halo MA5B Assault rifle

MA5B from TPP, faithfully recreated for live action. i moddled this with allot of love this is a personal passion project I'm finally releasing

-Magnetic Magazine
-removable grips
-Piccanny System
-Customizable

Will be releasing Custom grips, and ammo counters in the future as packs separately the first one will be an alternative grip pack

Two Penny Props

Please be aware that the weapon file is available in both one-piece and pre-sliced versions. However, please note that the sliced parts may have a tight tolerance, so it is important to sand the parts before joining them.

Although the weapon is pre-scaled, you are welcome to change the scale. Just keep in mind that you may need different sized hardware if you do so. Our standard slot for magnets is 6x3mm, so if you adjust the size, these magnets may not fit.

The front lower grip friction locks and pops in, and you can adjust the tightness by sanding the inside. There is also room in the frame to add electronics. I suggest making the Green LED shine through the box and into the grip's Green button. To achieve this, print the button clear material to make it glow.

The Ammo counter utilizes magnets, and the shroud and mid section slide from the front. To assemble it, push the Ammo counter part into the slots from the back, locking everything in place. You will need to slide the two front pieces first, and then insert the counter from the back. If necessary, there is space for LEDs, and the mid section can act as a battery box.

If you wish, you can add heat-inserted screws into the body of the front ammo counter shroud.

The midsection Barrel is hollow and left empty, but it can accommodate a PVC pipe or dowel to act as a spine.

A dummy torch is included, but I recommend using a real one and wrapping it in tape to achieve the desired thickness. The torch can be pulled out, turned on and off, and put back into the props. Please remove the torch before removing the counter, otherwise, they will collide.

3 walls, 10-30 % Infill

print on the flat-most surface