This page lists files that come stock on Shocker NXTs (or parts that are only compatible with NXT components). Generic Shocker parts for both SFT and NXT can be found on the Shocker SFT files page.
Part: NXT base model body
Created by: Ydna
Description: Functional model for a Shocker NXT base model body. No threads are modeled.
1. Measurements for the bottom holes were backwards-engineered using precision gauge pins. Due to possible wear on the hole diameters combined with tolerance stacking, I will qualify these measurements to be within +- 0.003". This should be plenty close enough for any machining.
2. Diameters and profile for the 16-tpi "Shocker" barrel threading are from Smart Parts published specifications. However, diameters and profile for the 12-tpi "Impulse/Ion/NXT" barrel threading are not published, instead have been reverse-engineered.
3. The diameter of all threaded holes in this CAD model are simply arbitrary; actual diameters will vary from marker to marker, due to thread tolerances.
4. Comsetic cuts are reasonably accurate, but are still mostly just asthetic. Do not use the cosmetics for precision activities such as 3d engraving because they aren't that accurate.
5. (applies to SFT only) The small, oval-shaped pocket cut for the eye ribbon has changed over the years. Originally, there was no ovular cut for the eye element to sit. The cut was added in 2006 to help bring the reflective eye element closer to the ball.
6. The shape of the eye cover cut into the body never changed, and is the same cut as made in SFT and NXT bodies. However, Shocker NXT eye covers are meant to fit tighter to the body because they are milled at once. Shocker SFT eye covers will have a more loose fit.
7. I didn't waste time modeling the Shocker symbol cuts that are made into the SFT and NXT bodies. These cuts are 3d-contoured and too difficult to measure.
Description: Functional model for a Shocker NXT base model body. No threads are modeled.
1. Measurements for the bottom holes were backwards-engineered using precision gauge pins. Due to possible wear on the hole diameters combined with tolerance stacking, I will qualify these measurements to be within +- 0.003". This should be plenty close enough for any machining.
2. Diameters and profile for the 16-tpi "Shocker" barrel threading are from Smart Parts published specifications. However, diameters and profile for the 12-tpi "Impulse/Ion/NXT" barrel threading are not published, instead have been reverse-engineered.
3. The diameter of all threaded holes in this CAD model are simply arbitrary; actual diameters will vary from marker to marker, due to thread tolerances.
4. Comsetic cuts are reasonably accurate, but are still mostly just asthetic. Do not use the cosmetics for precision activities such as 3d engraving because they aren't that accurate.
5. (applies to SFT only) The small, oval-shaped pocket cut for the eye ribbon has changed over the years. Originally, there was no ovular cut for the eye element to sit. The cut was added in 2006 to help bring the reflective eye element closer to the ball.
6. The shape of the eye cover cut into the body never changed, and is the same cut as made in SFT and NXT bodies. However, Shocker NXT eye covers are meant to fit tighter to the body because they are milled at once. Shocker SFT eye covers will have a more loose fit.
7. I didn't waste time modeling the Shocker symbol cuts that are made into the SFT and NXT bodies. These cuts are 3d-contoured and too difficult to measure.
Part: NXT body modded for ultralite milling
Created by: Ydna
Description: 3D model used for "ultralite" milling on both SFT and NXT bodies. This is based on the Shocker NXT body CAD file but this file can be used for both SFT and NXT. The only difference between them is:
1. Vertical adapter screw holes are further forward on this body which is of the NXT.
2. This NXT body sticks out longer to the front above the vertical adapter
3. The SFT body has longer material around its barrel threads (SFT threads are longer than NXT threads). This model actually depicts the SFT barrel threads but this model can be used for both SFT and NXT.
Description: 3D model used for "ultralite" milling on both SFT and NXT bodies. This is based on the Shocker NXT body CAD file but this file can be used for both SFT and NXT. The only difference between them is:
1. Vertical adapter screw holes are further forward on this body which is of the NXT.
2. This NXT body sticks out longer to the front above the vertical adapter
3. The SFT body has longer material around its barrel threads (SFT threads are longer than NXT threads). This model actually depicts the SFT barrel threads but this model can be used for both SFT and NXT.
Part: NXT feedneck demo
Formats:
Inventor 10 part (.ipt)
Inventor 10 part (.ipt)
Created by: Ydna
Description: Stock feedneck from the NXT base model Shockers. This is functionally correct except the height of the feedneck is an approximation.
Description: Stock feedneck from the NXT base model Shockers. This is functionally correct except the height of the feedneck is an approximation.
Part: Threaded board pin
Formats:
Inventor 10 part (.ipt)
Inventor 10 part (.ipt)
Created by: Ydna
Description: Threaded board/microswitch pin for the NXT frames. Note, these pins are threaded 4-40.
Description: Threaded board/microswitch pin for the NXT frames. Note, these pins are threaded 4-40.
Part: NXT Stock trigger
Formats:
Inventor 10 part (.ipt)
Inventor 10 part (.ipt)
Created by: Ydna
Description: Shocker NXT base model trigger.
Description: Shocker NXT base model trigger.
Part: SP trigger set screw
Formats:
Inventor 10 part (.ipt)
Inventor 10 part (.ipt)
Created by: Ydna
Description: Half-inch long trigger set screw used in all NXT triggers made by SP. The thread size is 4-48.
Description: Half-inch long trigger set screw used in all NXT triggers made by SP. The thread size is 4-48.
Part: Threaded trigger pin
Formats:
Inventor 10 part (.ipt)
Inventor 10 part (.ipt)
Created by: Ydna
Description: Trigger pin for NXT trigger setup. Note, this is threaded 8-32.
Description: Trigger pin for NXT trigger setup. Note, this is threaded 8-32.
Part: NXT trigger rest
Formats:
Inventor 10 part (.ipt)
Inventor 10 part (.ipt)
Created by: Ydna
Description: Trigger rest component, located inside the NXT frame.
Description: Trigger rest component, located inside the NXT frame.
Part: Stock snatchgrip
Formats:
Inventor 10 part (.ipt)
Inventor 10 part (.ipt)
Created by: Ydna
Description: Stock snatchgrip for base model Shocker NXT.
Description: Stock snatchgrip for base model Shocker NXT.
Part: NXT beam-break eye element
Formats:
ACIS SAT file (.sat)
ACIS SAT file (.sat)
Created by: Ydna
Description: This model is for the plastic anti-chop eye element which is installed under the eye cover. The measurements of this component seem to vary from batch to batch. The rest of the flex ribbon isn't modeled.
Description: This model is for the plastic anti-chop eye element which is installed under the eye cover. The measurements of this component seem to vary from batch to batch. The rest of the flex ribbon isn't modeled.
Part: NXT eye cover screw
Formats:
ACIS SAT file (.sat)
ACIS SAT file (.sat)
Created by: Ydna
Description: A button-style socket head cap crew, 3-48 x 3/16" length.
Description: A button-style socket head cap crew, 3-48 x 3/16" length.
Part: NXT vertical adapter
Formats:
ACIS SAT file (.sat)
ACIS SAT file (.sat)
Created by: Ydna
Description: Vertical adapter modeled after the base model markers. The internal cuts are reasonably accurate, but the outer cosmetics are not perfect.
Description: Vertical adapter modeled after the base model markers. The internal cuts are reasonably accurate, but the outer cosmetics are not perfect.
Common parts:
Check the CAD file post index for links to universal parts which are compatible between multiple markers. This may include feednecks, regulators, air fittings, solenoids, and others.