# G17L CyberChungus
by booligan

A Printable FMDA DD17.2 Remix Optimized for Compensated G34 and G17L Slides with Cyberpunk 2077 Style

Release 1.0

## Description
A Printable FMDA DD17.2 Remix Optimized for Compensated G34 and G17L Slides and Barrels with Under-Barrel weight compartment. Use with shorter barrels (without compensators to increase length to the end of the dust cover) is not recommended. 

## 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

For the base gun build:
1. **Gen 3 G17L Slide and Barrel OR G34 Slide and Barrel with compensator OR G17 Slide and Barrel with LONG compensator
2. **Gen 3 "3 Hole" G17 Locking Block
3. **FMDA DD17.2 Compatible Frame Rails (Riptide Rails/Aves Rails)
4. **Glock Lower Completion Kit of your choice
5. **Magazine (Menendez Mags or DMB should work if you want to print)

For the under-barrel weights:
1. **3/8" Tungsten or Lead weights. Standard Pinewood Derby Car size. 2 x 3.5oz Tungsten sets will fill the frame fully.
2. **3/8" Drill Bit to clean up the holes. 
3. **M10x1.5 Set Screws (available on Amazon) to thread and close the holes securely. 

## Print Instructions
Print with PLA+ at a minimum. At least 6 walls/perimeters and 99%+ infill:
1. Print orientation can either be "rails up" or "rails down".
2. Supports should be enabled in any print orientation. Tree supports are fine. 
3. Your material/machine temps and settings will vary, but you want to print this hot and slow with reduced cooling if possible. 210/55 is a good temp to start if your material likes it. 


## Assembly
Lower Receiver Prep/Assembly:
1. Remove all support material. Minimal, if any, sanding should be required. 
2. If needed, drill out the pin holes following Ivan's FMDA DD17.2 build guide. 
3. Follow attached build PDF for more details. Not much will be different with this frame. 

##Barrel Weights:
1. If you wish to run weights in the under-barrel channels, you will need the above referenced parts and to do some additional post-processing. 
2. Ensure that there is zero support material remaining in the under-barrel channels. 
3. SLOWLY (using a hand drill on slowest speed or even manually turning the drill bit in a screwdriver handle) drill out the under-barrel holes using the 3/8" drill bit. You do not want to go off path as the outer walls are thin in this area. Ensure that all debris is removed. 
4. Put a few drops of lubricant in the holes and lube up your weights similarly. 
5. Slowly press the weights into the holes. You may want to get one started until it's beneath the front of the frame, and then queue up another weight segment to push it further in. Tapping them in with a punch may be required. 
5. Preferably, you can tap the front of the holes properly with an M10x1.5 tap, but if not, slowly turn in the large set screws to cut threads and hold in the weights. Do this right and slowly to avoid any cracking of the frame (if it cracks at the front at all, you can use a solidering iron to weld it up). 


## Printing Tips
* eSUN or Duramic PLA+ is the _recommended_ filament. Do not use standard PLA.
* Print HOT and SLOW for maximum bonding and strength. (50 mm/s and 220+ C is recommended.)
* It is strongly recommended that your x-axis, y-axis, and z-axis stepper motors are calibrated 100%.

## Credits/Resources
* Frame based on Ivan's FMDA DD17.2 Design

## Changelog
* Public Release v1.0
> - Initial release


## License
> MIT License