#Mini crossbow pistol license
#Mini crossbow pistol free

I used Ultimaker Cura to slice the files with my settings and this free program worked out great. PETG can be printed up to 100mm per second. This is a good compromise and quality was greatly improved for me at lower speeds. The Adderini 3d crossbow took me just over 52h of printing at around 60mm per second. Both have roughly the same velocity power whereas the sling bow is cheaper in the parts list. stl files.īefore printing the crossbow decide if you will be having the slingbow version or the crossbow version. PETG temp settings: Bed 80deg C, Nozzle 240 deg C.Filament material: PLA, but I printed in PETG for added impact resistance.Wall thickness: 1.8-2.25 mm (5 shells/perimeters).(You could comfortably go up to 80mm sec on an Ender 3/5) _cocking_lever_part1 or _cocking_lever for 300 x 300 mm bed this part also requires internal supports in addition to those on the bed.

Rafts: No but I used a 5mm bream to help with warping on longer parts.My 3d printer settings for the Adderini crossbow Feyachi Multi-Reticle Green/Red Dot Sight is an optional extra but well worth it.CA gel glue (super glue) or two-component epoxy adhesive (for gluing parts).Allan wrenches, screwdrivers, sharp knife, lighter, clamp, clothes pegs.Precision files, 3mm 4mm drill bits 180-240 sandpaper.Fiberglass pistol crossbow 35-55 lbs limbs with bowstring and end caps (for crossbow limbs version).Circular blade knife with about 2.5m of polyester bowstring, serving thread, and bowstring wax (for the slingbow version).3mm braid string for the slingbow bowstring.TheraBand Gold rubber band 130x128mm, or Silver Theraband tube.(half of the spring for _magazine_pivot_lock and half for _cocking_lever_lock).

1 small steel spring (from a clicky pen) with an outer diameter of 4.2 mm, length 20-25 mm.

1 piece of steel spring with a diameter of 8 mm, length of 20 mm, and wire diameter of 1.0 mm.

1 piece of steel spring with a diameter of 8 mm, length of 20 mm, and wire diameter of 0.8 mm.

M3xD5xL4 brass threaded inserts (optional extra for cocking lever Picatinny rail extensions)

Allen grub screws (headless set screws): 3 pcs.

There are a lot of screws in this 3d printed crossbow build.

M3 button head cap screw kit includes all the 3mm screws you need.Pistol crossbow bolts – I use these as the fletches are strong plastic and don’t rip or break.About 0.6 kg of PLA or PETG filament is recommended – your choice of colors.Stl file of the Adderini 3d printed crossbow.FDM 3D printer with a heated bed of at least 180 x 180 mm square (round bed Ø242 mm) I used a Creality Ender 5 pro.Parts needed to make a 3d printed crossbow. Do not point or fire at any person, animal, or property.

#Mini crossbow pistol license

Even if the crossbow is illegal or requires a license in your country, you can still use this toy as a repeating sling bow/crossbow with a non-locking cocking lever, just print the alternative parts. According to some regulations/restrictions this toy can be considered a crossbow. Warning: Before you start making and using this 3d printed toy crossbow, make sure it is legal in your country. In this post will be 3d printing the Adderini slingbow with the unlocked cocking leaver. It’s a sling/bow hybrid so technically it is a toy. The two other versions use a free-floating cocking leaver that makes the Adderini, not a crossbow by law. There is the standard crossbow version with cocking lever that locks into place and the sling bow rubber version with the same locking cocking lever action. The Adderini can be printed in 4 different model designs depending on your needs and licensing restrictions in your country. This is an ingenious design that I have not seen before. Now the Adderini Slingbow is a repeating pistol crossbow that can store and fire 6 pistol crossbow bolts one at a time.

Building the Adderini 3d printed pistol crossbow slingbow.

My 3d printer settings for the Adderini crossbow.

Parts needed to make a 3d printed crossbow.