Nutty Lynx

Description

Dan, Chance, Spyder, Deathtree, Wonderboy, THE_GOAT, HackOnWheels for the original files + remixes used to make this.
Jesse, Justus, and Sera for the tuning guidance
TreePDX and Crungled Carrot for the design feedback

Deathtree's remix of Chance's Remnant pump geometry that constrains the pump tighter to remove print zip and slop
Chance's trigger + heightened sear for snappier response
Slightly modified PKI ergo cheekrest geometry
Ball detent shroud
21 mm wide Picatinny pump for better compatibility with pump grips
Talon and Koda optimized magwells with Chance's remnant geometry
Receiver with 0°, 1°, and 2° picatinny tilts
Solid TPU plunger head
Static ram - Original adjustable ram was made to account for poor print tolerances. In the age of Bambu, this is unneeded. O ring groove diameter should be .278"
Mid length and extended ergo stocks
Catch 3 that removes geometry for aluminum plunger guide - The aluminum guide adds extra metal on metal wear + I have not seen a reliability difference with it removed.
- Also added a PTFE version that uses 4mm PTFE tubes to remove play between catch 3 and the body
Experimental 1mm longer magwell nub to prevent mag drops. Takes some time to wear in, but you can always sand it down
Various other cosmetic changes.
Reinforced Hijinx plunger spacer to hold up to high spring load abuse

Requires 2 x M3 * 10 hex screws for pump shroud, about 50cm of 4mm OD PTFE tube if using the modified catch 3, and the Lynx 2.1 hardware upgrade if you do not already have it.
All other parts are included in standard Lynx hardware kit
Requires a very accurate printer. Works fine with standard settings on an A1
You may need to sand the pump slightly to tune the fit against the tensioner bars. Deathtree made this intentionally tight so you can adjust to your preference
Long stock should be compatible with the toolless tensioner + extended ergo stock found on Spyder's remix

What is a Hijinx?
1. It's just a normal Lynx with a few internal print changes that add extra draw and plunger volume
Why would I choose a Hijinx over a Lynx?
1. Normal Lynxes only allow you to use springs that are roughly 6" long. With the Hijinx setup, you are able to use full length, 12" long springs, meaning you can easily hit higher FPS caps without needing a whole new blaster
What hardware do I need to make the Hijinx?
1. None! The Hijinx only alters some of the pump/catch assemble, and the plunger assemble. All hardware is the same.
  If you would like to easily convert between Lynx and Hijinx, you will need an extra plunger rod, and two acorn nuts.

Lynx and Hijinx share all of the same files, except for:

Lynx only

(no picture, you can figure it out :) )

Hijinx

Swap between Lynx and Hijinx

Hijinx - Plunger Spacer - Reinforced Used for the Hijinx plunger rod
Lynx - Plunger Spacer Used for the Lynx plunger rod
Hijinx - Pump
Hijinx - Catch 3 - No guide tube or Hijinx Catch 3 - PTFE - No guide tube
Hijinx - Plunger Rod Tail Used for the Hijinx plunger rod
Hijinx - Pump Spacer Put this behind the pump when using Lynx configuration
Hijinx - Catch 3 Spacer Add this top the end of Catch 3 when using Lynx configuration

TPU plunger head + TPU PTFE Catch 3 with X ring → Durability + this lets you remove the air brake O ring for a smoother prime
Static ram with Parker O ring recommendations for dynamic seals for better consistency .258" groove diameter & 0.187" groove depth
Roboman catch + Brass catch nuts → Durability + slightly snappier response
Hijinx- SF X3 full length spring + 50cm Kury + 1.2g Rumbling darts → 297 FPS SD 2.9 FPS*

*tested with Garmin Xero C1 w/ 50' of downrange clearance at 70°F. YMMV based on dart consistency, temp, chrono, Mercury being in Gatorade, etc.

If you like this, be sure to check out the projects this was remixed from!

License:

Creative Commons — Attribution — Noncommercial — Share Alike