# The Silent Crickett
by booligan

A printable chassis system for Crickett pistols and rifles.

Beta 1.0

## Description
The Silent Crickett is a printable chassis system for Crickett pistols and rifles. When used with rifles, there will be quite a bit of barrel overhang, but the barrel will be completely free-floated. You can install any picatinny mounted brace or stock, or use the special included hinge file along with the included grip file to use the BooliBrace for pistols. It is compatible with AR grips, however, how comfortable that grip will be depends on the design of the grip and your chosen brace/stock setup. 

## WARNING!
The designer, and any affiliated or non-affiliated groups, cannot be held responsible or liable for any injuries or damages that occur with your use of this model.

It is imperative you read this entire document before beginning this project.

## Materials Required
1. Crickett complete barreled action - will work with pistol or rifle.

## Instructions
1. Decide which chassis you want to print. The Vanilla chassis is plain and has no suppressor mount or ammo storage. The Fully Loaded one is designed to fit an Amtac Fire Ant suppressor (or any 1" diameter suppressor with 1/2x28 threads). 
2. Position the chassis STL upside down, angled to fit on the bed. Turn off bed adhesion brims or skirts if you need to. Tree or standard supports work great. This will barely fit on an Ender 3 (235x235)
3. Recommended print settings are 6+ walls and 50%+ infill. 
4. When printing is complete, clean up any leftover support material, and the Crickett barreled receiver should drop right in and secure with the screw in the normal spot. 
5. Thread the pistol grip screw 1/4x28, or slowly self thread it with an appropriately sized screw. 
6. Enjoy shooting your fancy new lightweight Crickett!

## Printing Tips
* Duramic or Esun PLA+ is the _recommended_ filament, but design has been safely tested with standard PLA.
* Print HOT and SLOW for maximum bonding and strength. (50 mm/s and 220/230 C is recommended.)
* It is strongly recommended that your x-axis, y-axis, and z-axis stepper motors are calibrated 100%.

## Changelog

* Public Release Beta v1.0
> - Initial release


## License
> MIT License