AIRSOFT LAW-72 ANTI TANK LAUNCHER

Light compact airsoft LAW-72 replica launcher due to its collapsible design it is probably the most durable option as all the parts are contained within the launchers body, so it can take a beating without a worry. Safety mechanism to ensure no discharge when the launcher is collapsed. Spring loaded sights for easy manipulation and fast response time.
It is made for a 40mm airsoft grenades by using self made adapter (I do not provide an adapter as there are many different kinds of grenades and I cant make a single adapter for them all). This means it can launch anything including the well known Taginn rounds.

The assembly is at medium difficulty, some experience of building project like this is good, but its a good project to learn new things.

I have included assembly instructions, diagrams and decal template.

Here is an assembly video that should be followed with provided PDF file:

https://www.youtube.com/watch?v=iXaP1olVd4Y

I would recommend using at least 250x250x350 bed, but you can splice the model if required.

Tools Required:
-Dremel
-Drill
-Drill Bits Set
-Saw
-Flat File
-Various Grit Sanding Paper
-Primer, Paint, Matt Lacquer
-Hex Key Set
-Philips, Flat Screw Driver
-Scissors
-Thread tapping set

Parts Required:
-Part 01: PVC Pipe Od.75mm x t.2.6mm
LXV uses low noise soil & waste Wavin SiTech+ d.75mm (2.6mm) pipes. But other manufactorer pipes can be used as well.
-Part 02: PVC Pipe Od.50mm x t.1.8mm
-Part 03: Aluminium Pipe/bar 6mm x 1000mm

Fasteners Required:
-M2 Bolts 10mm, 20mm
-M3 Bolts 20mm
-M4 Bolts 10mm, 40mm
-Spring 0.4mm x 20mm x 5mm
-2x Springs 1.0mm, 3 laps 120 degrees, 7.0mm
-2x Springs 0.8mm x 25mm x 9mm

Links for various parts provided in the Assembly guide.

Please note that this is a airsoft replica and should be treated as such, no public demonstrations or any other misconduct.

I do not permit resale of either data downloaded or the launcher itself. Please support the creator and if you are making the launcher for someone else purchase another blueprint these kind of projects take a lot of time and resources and I would greatly appreciate this. Thank you.

I have printed this in ASA as it has better temperature resistance and is fairly light this means it will not melt in your car. Some more of the structural parts could benefit from larger infill density, but the beauty of this is that if something break you could just reprint it at better settings and it seems to hold fine on 40% infill.