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Nerf Stryfe M4 like barrel

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I present you, my Nerf M4 (look alike) barrel

I was looking for something to convert my Nerf Strafe into something more m4 like.
Since i didnt found all to much, i decided to make something myself. after all thats what we are here for right? ^^

The inner of the Barrel comes from ornotermes (see remix).
I just gave it a few holes, extended it a bit, mounted another Nerf barrel coupler on top of it and gave it a few rails.

Additional things used:

PS: Tips are welcome ;)


Spring Thunder - Shell Ejecting Foam Dart Blaster (WIP)

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Please download the files individually to ensure you got the correct files. Some people are having trouble using the download all from thingiverse.

Facebook group: https://www.facebook.com/groups/SpringThunder/

Assembled blasters available here: https://www.etsy.com/shop/GDop26

Custom colored blasters available from our friends at frontlinefoam: https://frontlinefoam.com/product/spring-thunder/

Hardware kits available here: https://www.shellingtonblasters.com/product-page/spring-thunder-hardware-kit-model-5

Shells Here: https://www.thingiverse.com/thing:3210080

Stocks: https://www.thingiverse.com/thing:3129063

Sling Point: https://www.thingiverse.com/thing:3144712

Assembly Guide: https://www.shellingtonblasters.com/assembly-guide

Troubleshooting guide: https://www.shellingtonblasters.com/trouble-shooting-guide

~~~~ Updates ~~~~~~

(2/9/2020) A few much needed updates following many months of testing and a couple hundred successful builds, leaving this update ready to pass. As well as some parts that I've forgotten to update for a long while. Sorry to all the people who've ordered and built kits for these last couple of months.

Plunger Seal - Divots added to allow the bolt assembly work with the longer 1/2" screws

Shell Latch - this is a pretty big update, as the part has previously been unchanged for nearly 2 years of the project's development. The part was shifted by a bit to be more reliable with its activation by requiring less force to open while still retaining its holding power.

Back Plate - Added open slots for much easier installation of stocks and rear accessories.

(9/1/2019) Picatinny rail added, or rather I realized it was missing so now it's back.

(8/28/2019) Apparently the shell carrier was also missing. It's back and nothing is different about it I think.

(8/26/2019) Missing parts added
Apparently the back plate has been missing for some time, so I re-added it.

Bolt - revised with a larger groove for its sealing O-ring to make it easier to install. Its extractor cavity has been extended to better hold onto its extractor assembly. Its pivot pin hole has been expanded by about 0.010" to fit the assembly more easily.

(6/2/2019) Model 5 Released

Major update
New Bolt: Model 5 introduces a redesigned bolt that allows shells without o-rings to be used effectively. This needs a rebuilt bolt and some new hardware and an updated assembly guide will be provided in the coming days. This was created to allow users to more easily create their own shells with less involved labor. Additionally, this bolt is backwards compatible with old shell designs allowing for shells with either O-rings installed or not.

In addition to the new O-ring set up, this update introduces a couple other significant improvements.

Extractor Durability: The extractor was redesigned to bend less during jams. This used to cause the spring to overbend and loose its spring back ability, now it bends 50% less which extends its life and resistance to being bent too far during jams.

Tapped Rails: A response to overwhelming complaints over the difficulty in installing rails, the top holes have been narrowed to allow picatinny rails to directly screwed into the plastic for low load applications. The hex nut cavities were untouched to be used for high stress and loads such as sling points.

Minor Updates
Shell Carrier: Much needed chamfers were added to relive the part of sharp edges.

Carrier Roller Chamfer: This was added to reduce cleanup needed for assembly.

Ejection Port: Relief angles were added to reduce supports needed. Pin slots were extended to improve pin retention for the shell latches.

Mounting Holes: Added to support future accessories

Plunger Bolt Seal: Seal screw assembly reduced to QTY 1 as second screw was deemed redundant. Very low loads are experienced here. Additionally, fewer fasteners used reduces points of leakages in the plunger tube assembly.

Handle: Single print handle available, reducing labor and improving print quality for those with larger printers.

Model 4 Files are saved in a zip for those with older models looking to repair. Though I recommend you switch to the model 5.

(5/5/2019) Extractor Durability Upgrade
New extractor will be more resistant to over bending by the spring. This should extend the life and function of the extractor.

(3/22/2019) Missing Files Added
A user pointed out that I missed the shell align file, so that was added.

I also uploaded the previous version's files for anyone looking to repair an old build. These can be found in the Model 3 zip.

(3/10/2019) Big Assembly Update
Okay, a little later than I'd thought but it's finally here. I rebuilt the assembly guide the correct way so I can actually make changes and updates to it later on and I uploaded the new files that I've been making blasters with for the past month or so, so I definately know they work.

Here's the new assembly guide, packed with accurate part descriptions this time: Assembly Guide: https://imgur.com/a/rTDnmiZ

Here's also a changelog of the updated 3D printed parts.

In General - Chamfers added to all edges to help with elephant footing. This shouldn't be very noticeable but will help with the buldge created by elephant's foot as well as reducing support needed.

Bolt & Shell Align - These have faced the biggest change. Instead of press fitting 2 tiny spring pins, this is now held is with a single common screw (to the BOM) and a dab of loctite. This removes an item from the BOM and makes the assembly generally easier.

Ejection Port A - An angled relief cut was added to help the shell align and bolt move past it more easily. Entire port was widened in general.

Ejection Port B - The ejector slot was reconfigured to require less or no support to print.

Trigger - pin hole was tapered to help the pin retain better. Chamfers added to reduce support needed.

Pump Grip - A cavity for a captive nut was added to comply with the new action bars. These look better and are also stronger than previous designs. The angled grip slots also take the support out of the prints while approaching a more cosmetic appeal.

Handle Frame B - Priming indicator windows were added to both sides, so you can see if the blaster is primed by glancing from the side. An additional mounting hole (optional) was added to the bottom to allow more accessories and cosmetic options to be installed.

Handle Frame A - Reduced support needed for this part.

(2/6/2019) STEP files of the Dart slug was added so you can freely make your own variations of the ST shell.

All new shells can be found on the shell page provided in the links at the top of the description. Outdated were removed from this page except for the base Buckshot shell.

(1/27/2019) A big update is coming soon, including significant hardware changes to improve the ease of assembly. New assembly guide coming too.

For now, 2 new part files to fix some issues and add features.

Ejection_Port_A - Relief added to improve the feeding, as a vertical lip was removed because it was causing the shells to sometimes jam while feeding. Chamfers were also added to help combat elephant footing and to improve the general smoothness of the operation. Some dimensions were decreased to allow for even looser print tolerances while still allowing proper function.

Barrel_Coupler - One of the holes for adding picatinny rails is now complete and no longer just aesthetic. You can now attach a rail point here. Also same as above, chamfers were added to aid in the elephant foot issue.

(12/11/2018) Nothing huge, just added a barrel frame option with the entire "SPRING THUNDER" as a single piece for seamless embossed printing. It's here as
BarrelFrame_R10_V1BC. It's the BC unit. Also if you'd like to check out for more general news and updates, there's a facebook group for anyone to join. Shameless self promotional plug: https://www.facebook.com/groups/SpringThunder/

(11/21/2018) Lots of new updates, so new that I'm going to need to revise the assembly guide.

Bolt - Decreased ledge to improve ease of assembly of extractor and plunger tube. Plunger tube assembly is immensely easier now. You just twist it on instead of pressing it. This reduces assembly difficulty while also imposing less force on the sealing O-rings allowing for a cleaner fit.

Handles - widened cavity for the captive nuts for ease of assembly of the trigger guard. This was way too tight for no reason before.

Rear Spring Guide - Thickened backend to reduce depriming catching and removed the Shock Washer part from BOM. This is to be made with 3mm top/bottom solid infill.

Shock Washer - removed from assembly, one less part to print.

Ejection Port A - Widened front chambering slot to reduce interference with bolt assembly.

(11/11/2018) Shell officially release: https://www.thingiverse.com/thing:3210080

(10/8/2018) I know it seems like updates are suddenly rampant, but I'm trying to release more parts and support for the project now that the userbase is growing. Anyways, I made and released picatinny mounted Sling Points here: https://www.thingiverse.com/thing:3144712

Which by the way, because they're using the picatinny system, you can use this attachment on your airsoft guns or possibly even a real gun if you really felt like it.

Expect an assembly update later this week. I made a change that reduces the part count by 1 while saving assembly time.

(10/2/2018) Model 4 Files Officially released - Along with its own signature on the side of the blaster. Page for the shells coming soon. Added some updated pictures.

New Plunger head - redesigned for a tighter seal yet looser fit to give more power per shot at the cost of over 30 hours of redesign from me. This can be printed at 1.2mm walls with 1.5mm top/bottom fill and 20% infill.

(9/30/2018) Stocks Revised & Released - https://www.thingiverse.com/thing:3129063

(8/25/2018) Model 4 Released - Found inside the new file "Zip 4.1_Frame"
New model features better accessory mounting system. Instead of super gluing rails, they are mounted via 6-32 screws with captive nuts. This allows non permanent mounting that is load bearing. This leaves the option to have made semi-permanent using blue loctite or very permanent with red loctite.

Other changes include

  • upgraded chambering by adding a spiralized chamfer to help catch offcentered shells.
  • side mounting holes near ejection port
  • widened action bar slots for decreasing priming friction

(7/28/2018) Accessories coming soon
I'm going to start uploading the STLs for the various accessories for the Spring Thunder. Starting with stock, shell variants, shell mounts (picatinny and molle), and all on their own pages for organization purposes.

Also some new part updates coming in soon.

(6/26/2018) Massive Durability Upgrade & Exploded View/Assembly Guide

Made a huge change over the past week that improved the blaster's resistance to damage caused by dry firing by 16x, theoretically speaking. In practice, this meant I was able to dry fire the Spring Thunder 75 times in 3 minutes without seeing any damage.

In addition, here're the 3D parts that have been modified in the download files.
Shell_latches: Improved the ease of chambering rounds
Plunger_bolt_seal: Adjusted to function with new shock pads
Magazine_follower reupload: Turns out I had the wrong one uploaded. May still work, but not the one I normally use.

Here's the assembly guide with Exploded views and BOM: https://www.reddit.com/r/Nerf/comments/8ukdk6/spring_thunder_assembly_guide_v2_boms_exploded/

(6/21/2018) Hardware kit news & upcoming shells

The first hardware kit has shipped and we are working together to build the assembly guide in the best way possible and to work out all of the 2nd hand assembly details.

As for hardware kits, there will be several % levels available, each with fewer machined parts for their respective price points. For example, a 100% Hardware kit will have all hardware machined and is a drop in kit with the 3D printed parts and are starting at $100. Then a 20% kit will have only the laser cut sheet metal parts (this is the lowest I can go as my supplier gives me laser cut parts for cheaper than raw stock from the local hardware store) with all other parts only cut to length or approximate length with no other features machined in. The 20% kit will be the cheapest hardware kit available at probably around $40 to $50. Then all the levels in between will scale up with machined parts and prices. I will work on the exact details and how the ranges will work. Any suggestions are encouraged.

Additionally, the following parts have been updated:

Ejection_Port_A: Changed dimensions to allow easier fit checking
Ejector: Removed assembly steps
Bolt: Changed to accept standard 5/64" x 1" roll pins instead of cut to length 3/32" rod
Shell_Aligner: Increased acceptable tolerances for proper action. It's harder to break this now. It's also smoother and quieter in action.
PRail_Standard: Increased lengths of alignment pegs for better grip and added alignment holes on the sides for better daisy chaining of tactical railing.

Stay tuned, soon a lot of new shells are going to be uploaded. Perhaps onto a different page to keep it better organized. Some accessories being released also.

Here's Drac's short video review of the blaster: https://www.youtube.com/watch?v=uYp-iRkI4Gk

(6/6/2018) - Assembly Guide
I'm putting the assembly guide together. Come check it out and leave a comment if you'd like any clarifications or questions on it: https://docs.google.com/document/d/1xWQniR2GeUr-HgtQ9y3Q4QqNVudxlNn7RjYhra7oPgc/edit?usp=sharing

(6/4/2018) - Added Shells (Rival Buckshot, Elite Slug, MEGA Slug and Boomco Flechettes)

(5/24/2018) - NEWEST FILES RELEASED AT LAST
Forget all the weird issues with patents and intellectual property nonsense, I'm just releasing all of the current production files. These are for the new model 3 and its point revisions. I'm not going to be releasing the complete fabrication guide for a long time, but instead I'll begin working on the assembly & calibration guide if you want to get the cheaper $100 kit. Also a lot of people seem to think that building it from scratch will be easy or even fun, it's not, it's literally hell on earth. It takes me about 15 hours to completely put the thing together from scratch and calibrate to be battle ready. There's a reason why I outsource these machined parts now. So god bless whoever's soul who wishes to still build this from scratch.

I'll try to release hardware kits and assembly guides in the next month, but I'm moving to a new state and starting my first real job next week, so things are going to be nuts.

(5/8/2018)
Bad news guys, due to unforeseen problems the fabrication guide and STLs will be on hold indefinitely until I can figure out how to sustain this project in the long run. Fully assembled blasters are still for sale, but I will not be selling any hardware kits until this is all sorted out. Hopefully I'll arrive at a solution within a month's time.

I still want to release everything, but I need to sort this out first.

(4/29/2018)
Okay boys and girls, mass production is beginning. The first batch of 20 is now underway. The parts list, hardware fabrication guide, assembly guide and operations guide will all also be released by May 29th. Thanks for all the support so far.

Otherwise follow this page for future diy updates, including the eventual addition of a complete fabrication guide with parts lists, cut sheets and all.

(4/24/2018)
If you'd like to be put down for an order you can join this mailing list: https://docs.google.com/forms/d/e/1FAIpQLSdwvyDUVh74UPaP7Q_HdkaSJ23LQNGnuR1ySjkEExrPdiFE7g/viewform

(4/23/2018 URGENT UPDATE)
These files will work but are outdated, so don't print anything until I post the updated files sometime after my finals are over.

Nerf Magnus shotgun parts

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Update:
I've partnered with www.AK-BlasterMod.com to produce a modified version of this kit for sale. If you would like to purchase a kit head over to their website!

I've always wanted a cool looking Nerf shotgun so I took matters into my own hands. I've designed a number of parts to convert a Nerf Mega Magnus into a really sweet looking shotgun!

Please note: The installation of these parts requires the disassembly of your blaster. A hand saw and drill are required for the modification of the blaster and installation of the parts. Additional materials, such as screws/bolts and various diameters of PVC, are required. This is not a "bolt on" or "print and play" kit.

Edit:
If you have a larger printer you can grab the pump grip and cheek rest as single objects that do not require glueing together. Files available here:
https://www.thingiverse.com/thing:2922333

Edit August 16, 2018:
Added nerf_magnusPumpBack_M4bolt.STL as a optional substitute for the previous back half of the pump grip. This version has holes for M4 bolts. I think I was being a little too nervous before with the whole "pour resin in the grip" thing ;)

Edit January 24, 2019:
Modular pump grips available here!
https://www.thingiverse.com/thing:3379146

Jumping Target for Toy Shooting

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A reactive target for toy shooting. (rubber band, airsoft, nerf, etc.)

Assemble steps
https://www.youtube.com/watch?v=nXKGfBcHI4Q
Shooting test
https://www.youtube.com/watch?v=sfzaFVzgkzs

Straw crossbow in the movie is here.
http://www.thingiverse.com/thing:964321

[Japanese]
撃つと飛び上がる射的の的(まと)です。ゴム銃でも(遠距離でなければ)反応します。
動画の中で使っているストロークロスボウはこちら。
http://www.thingiverse.com/thing:964321

Spring Loaded Target for NERF Gun Fun!

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NERF Guns are popular all over the world and used for a bit of harmless fun at home, around the office / workplace and outdoors. It provides a new sporting / competitive dimension to NERF Gun fun.

The target itself is a moving one piece print with hinges. The second part is a small flat strip of PLA that is used as a return spring. Both parts only uses a bit over 60gm of PLA at recommended setting (including Raft). As an alternative to printing a PLA spring you can cut a similar size strip of flexi / springy plastic from an old plastic container of some sort.

Allocate a specific number of NERF darts to each competitor and score their hits. This target makes it easy to see hits as it is spring loaded. You can hear a hit and see it spring back... then it pops back up and into place ready for the next shot.

The target is easy to mount. Either use a couple of screws into a block of wood, a wooden bench, shelf or fence then slot into place. This makes it easily removable if you want. The alternative is to clip it onto a bench, table or shelf using a large bulldog clip.

This is a great fun alternative to the usual 'human targets' NERF Guns are commonly used for... and it can become very competitive.

Please refer to the print settings and images for additional information.

Note: If you like this check out the rest of my fun and practical designs.

NerfTank

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This is a work in progress of an RC nerf tank I'm working on. It uses some advanced gear designs, printed tracks, mainly printed components overall, will look cool and should be very functional.

This was printed on Tiny, my overly large 3d printer. More info available at https://ottersoft.ca/

Oh, and the gear is supposed to run backwards to push the treads forwards. That is by design... I think it looks cooler that way.

I've got a video on it running now thanks to Marginally Clever (Dan) at Vancouver Hackspace - https://www.youtube.com/watch?v=JJc0kGrgPCs

NERF Barrel extension

Awesome Dart Holder for Nerf Gun

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Awesome dart holder that will give you the edge in any nerfwar. Darts are kept tight and are easily removed when needed. The dart holder is attached tightly to the tactical rail but slides off easily if you change guns.

The holder comes in 3 different models, either for 6, 8 or 10 darts, depending on how much ammo you need :). Please be aware that the 8- or 10-dart version does not fit on every gun, as the tactical rail on that gun might be to small or harder to reach. The 6-Dart holder always works, check images to see what holder I used on my collection.

Also, you will need 4 screws to make it happen. Ideally, you would want to use M2.6x8mm Phillips Drive Flat Head Self-Tap Electronic Screws.
If screws are not exactly your strong suit and there is no handyman nearby, I recommend using really, really small and short screws. Depending on where you live, you can use screws from your computer, you know, the ones holding your hard drive and your mainboard in place. The holder is pretty forgiving if your screws are slightly too small or big, so search your house.

Every holder has a little arrow thingy next to one side (where the screws are) This is the side that goes front first on the holder. Okay then, go and impress your friends


Nerf pistol with clip

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5 days of development and we got this, a handheld and quickly reloadable nerfgun that is also super easy to build!

All it needs is 7 M3x10 and 3 rubber bands!

You can find videos about this project and others at my youtube channel:
https://www.youtube.com/mrcrankyfaceprojects

2016-10-16 edit: Added nerfpistol_clip_wide.stl which is simply wider than the original clip by 2mm.
2016-10-30 edit: Added nerfpistol_body2_v1.1.stl which is easier to assemble.
2016-11-21 edit: Added nerfpistol_clip_widev1.1.stl The same wideclip but slightly modified for a better fit.
2016-11-26 edit: Added beta parts that should work with 75mm long nerfs.
2017-01-02 edit: Added final parts for 75mm long nerfs, reprint the files ending with V1.2.
Features:
-Longer/wider clip and adjusted geometry on the bodies to accommodate longer darts.
-Moved slide rail down a bit to make it easier to put together and take apart.
-Strengthened the slide where it most often broke/delaminated
-More gap added to make sure the firing bolt does not hit the slide reload mechanism.

Check me out at:
Youtube: http://www.youtube.com/c/MrCrankyfaceProjects
Instagram: https://www.instagram.com/mr.crankyface/
3d hubs: https://www.3dhubs.com/malm%C3%B6/hubs/mrcrankyface
Patreon: http://patreon.com/Mrcrankyface

Nerf Sight

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This is a Nerf gun sight.

Tried on about 6 different guns and it seems there is a range of tightness between models, But fits on all.

Caliburn Mag-Fed Pump-Action Nerf Blaster

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CHANGE NOTE 4/19/19 - Added "Tenderizer" Buttplate

CHANGE NOTE 2/15/19 - Tguard7 and Grip5t now attach together using 4-40 screws instead of a short pin. I recommend printing Grip5t with 1.5mm walls/perimeters.

CHANGE NOTE 1/26/19 - Uploaded current STEP file

OUTDATED PARTS MOVED TO A SEPARATE ZIP FILE.

"Ram2o" can only be printed out of ABS or Polycarbonate.
"Ram2on" can be printed out of PLA, PETG, or anything else.
"Ram2of" Is the standard ramrod base for use with the aluminum ramrod core (now part of the standard hardware set).
"Milan Coupler Alt" Should be printed out of ABS.

ASSEMBLY INSTRUCTIONS:

r3.5: http://captainslug.com/nerf/Caliburn3DPAssembly8.pdf

COLOR CONFIGURATOR:

http://www.captainslug.com/nerf/caliburn/e/

Blaster is compatible with FULL-LENGTH and Half-length dart magazines. It is also capable of loading 1 to 4 darts at a time by simply cycling the breech more than once per priming stroke.

The Caliburn is a Mag-Fed Pump-Action Homemade Nerf Blaster design released as a PUBLIC DOMAIN file set by Captain Slug (http://www.captainslug.com).

WARNING: This blaster MAY NOT BE SAFE FOR INDOOR PLAY. Even with the weaker spring, the o-ring removed, and firing full-length darts this blaster will easily shoot faster than 150+ fps. So keep this in mind as to where and when this blaster is used. It can and will produce welts at point-blank range.

You are welcome to and encouraged to modify the files in any way you want. The Majority of the parts can be printed with infill as low as 20% in PLA, but I would recommend printing in layers of 300 Micron or smaller.

Assembled Blasters, Blaster Kits, Hardware kits, and accessories are available for sale on Etsy.

https://www.etsy.com/shop/CaptainSlug/

http://captainslug.com/nerf/Caliburn%20Materials2.xls

LF1 - Foam Dart Blaster (NERF Compatible)

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Don't get left behind in the printable NERF arms race! Print this state-of-the-art dart blaster today, and show your coworkers and children you mean business.

The LF1 has a flat range of close to 50ft, and is a very solid addition to anyone's office arsenal.

Printed on a Fablicator using KISSlicer.

www.fablicator.com

Handgun with magazine and bullets (Fully functional TOY!!!)

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Also on myminifactory: https://www.myminifactory.com/object/model-handgun-fully-functional-toy-with-magazine-and-bullets-52720

=== December 15th === UPDATE: Version 4 - Assembly guide and firing system redesign.

  • Version 3 was a failure so straight to Version 4...
  • UPDATED ASSEMBLY GUIDE... FINALLY!!!!
  • No longer requires core steel rod - plunger now uses side rails to slide
  • Made Plunger Rod a lot stronger and articulated to absorb any flex there may be (to prevent breakage)
  • Various tolerance tweaks.

=== September 11th ===

V2.1 - changed the plunger and bullet loader carriage to stop bullets falling back into the mechanism once loaded - thanks to the guys that reported that issue.
Updated magazine release for tolerances.
Updated Slide for smoother motion and tolerance adjustment.
Updated magazine body to make it latch into the gun easier than before.
Updated magazine base for strength and general fit improvements.

=== September 9th ===

V2 now finished, Magazine and bullets added. Updated parts for the main frame, loader, barrel and grip covers to accommodate smoother firing function and add in the functional magazine catch/release-button.

=======================================================================

This is a fully functional toy gun with magazine and bullets. The gun is simply something I've been wanting to design for some time and finally got the time to do! Load the 3d printed bullets into the magazine and fire away!

The gun will be updated as improvements to the design are made. I don't anticipate much more will change between this version and subsequent versions although I will keep the list updated below. I will also upload a full build and assembly guide that I'm working on, soon.

ENJOY!!!

Mini Cross Bow

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This is my take on the popular Popsicle stick mini crossbow seen on the web. I upgraded it to use an actual trigger though.

1/18/15 - Added a flat top version for easier printing.


If you have any questions or problems with the files or fitment of the parts just let me know and I will try to fix them.

Remember to tip your waiters designers if you like the service.... thanks for looking

Toy Pistol

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This is a toy pistol designed for kids play, it can be take apart easily by a small tool hide in the pistol grip, have fun in assembling and disassembling, and also you can shoot if you put suitable springs in it.

The material setting and springs' size is on the image, also the assembly instruction, look it backward:)

All parts could be printed in PLA&TPU, besides 4 springs. some parts needs sanding to make it function well.

The barrel's diameter is 13 mm to compatible with NERF's bullets, I'm not sure because I don't have a NERF's bullet :)

enjoy it!


Foam A Nature - Nerf Double Barrel Shotgun

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Well, here's a thing I've working on for a long while now. Though the performance isn't as high as I was hoping for, this double barrel is still pretty fun to play around with.

Compatible with buckshot(Rival), Mega and Slug(single dart) Spring Thunder Shells.

You will need the following materials:
-music wire for custom bent spring(see video below)
-seventeen M2.6x12mm counter sunk head screws
-one 2 inch chicago bolt
-one 1 3/4 inch 6-32 bolt
-10 coils of a K25 spring
-(at least) 2 small springs (I used Nerf catch springs but I think mechanical pen springs would also work)
-4 1/2 inch length of 1 3/8 inch ID, 1 1/2 inch OD polycarbonate tube
-17/32 inch brass (cut length to match trimming jig)
-9/16 inch brass (cut length to match trimming jig)
-two 1 3/16 ID x 1 3/8 OD x 3/32 cross section (also know as "dash 123" O-rings)
-two 14mm ID x 19mm OD x 2.5mm cross section O-rings
-two 1/2 inch x 1/8 inch aluminium flat bar (approx. 4 1/2 inch lengths. Use slot in printed part to trim to size)
-one 3/16 inch diameter extension spring (approx 1 1/2 inch in length. Trim length until the spring is taught when extractor is in un-primed position)
-three 7 1/2 inch lengths of 6-32 threaded rod
-seven 6-32 nuts
-1/8 inch round metal pins (I used nails cut to length)

If you want the the shoulder stock you will also need the following hardware in addition to the hardware listed above:
-two 6-32 threaded rods (7 3/4 inch and 8 1/4 inch lengths)
-four 6-32 nuts
-5 1/2 inch length of 3/4 inch wide elastic band

If you want a shell carrier you will also need the following hardware in addition to the hardware listed above:
-four 6-32 nuts
-four 1 inch 6-32 bolts

For more information on how all these parts go together please refer to the tear down video below.

Some parts of the ejector are rather finicky and will need some light sanding in order for them to function properly.

FR-1 Viper flywheel revolver FTW system foam blaster

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The Freedom Blasters FR-1 Viper is a compact semi auto revolver that uses the FTW flywheel system. Its drum can store 8 short darts and it can be reloaded by either opening the break and inserting darts into the drum manually or swapping the drum entirely. Serves great as a secondary or primary on HvZ due to its flexible reloading capabilities. Build instructions and hardware list is written below.

.step files available for sale here:
https://cults3d.com/en/3d-model/gadget/fr-1-viper-step-files

Please follow the build instructions carefully as this is a rather short but complex build.

You can buy the complete blaster on Frontline Foam:

https://blogderrikksun.com/product/nerf-fr-1-viper-revolver/

Blaster will also be available on the Flywheel the World store. When that happens, I will drop a link here.

Feedback is very much welcome and though I might not be able to respond to everyone, I read everything. If you run into issues, I'll do my best to help. Also, before anyone asks, a full length dart version is planned right after I'm confident that the core design works without major flaws.

I should also note that selling the blaster without permission is illegal. If you are a seller interested in selling and manufacturing Vipers, please contact me directly.

Full Auto Rubber Band SMG - BETA VERSION - Currently V3

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This is a WORK IN PROGRESS. Print at your own risk (of wasting filament).

Video guide and walkthrough (along with V4) coming in a few days. Subscribe to: https://www.youtube.com/c/Props3D if you want to see the video when it comes out.

This works by loading bands from a square magazine onto a catch connected to a bolt. When you pull the trigger the band on the catch pulls the bolt forward and releases the band, then another band pulls the bolt back where the catch hits a shoe allowing the magazine to rotate a quarter turn. A spring pushing against the shoe resets the catch. So with this design the bolt should cycle making a great sound and the auto should be delayed enough that they all don't just 'buzz off' the wheel all at once like other auto deigns.

The theory is sound, I think I got the tolerances right, but no idea if this will function smoothly until I print and test it. But you're more than welcome to try one, please let me know if it works for you :). All input on the design, and feature request, welcome.

I know the square magazine rubber band guns usually use rockers, I'm trying a spring and a shoe to slow down the ROF and give it a more realistic action. Holds 5 rounds one at a time or 10 if you double up. I MAY try a hex version if this is reliable.

Updates:
V2 - Shoe dropped for rocker, I get why that's the go to now...
V3 - Complete overhaul of internals after testing, way more reliable now

V3 Non 3D printed parts list:

M3x8~12 Screws - Goes into body below mag catch
M3x6~8 x2 Screws - Holds connecting rod between bold and band release
M3x16~20 Screws x10 - Holds the whole thing together, self tapping
Loom sized band x2 - Goes around that screw and over mag catch to hold it down | Goes over bottom of release and post behind trigger to keep rear tension on bolt
3mmx20mm rods x5 - Through all moving parts
Bic pen spring - goes in small channel under sear to provide upwards pressure
Interesting in seeing some of the props I sell? Check out my Etsy store: https://www.etsy.com/ca/shop/Props3D

FP-68 Grass Snake Compact FTW flywheel pistol foam blaster

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V2 VERSION NOW AVAILABLE:
https://cults3d.com/en/3d-model/game/grass-snake-v2-talon-mag-nerf-flywheel-blaster-fp-69-half-darts

NOTE: Because Thingiverse can't handle subfolders and needs some sort of unzipped .stl files 1.1 version files are in an archive.

This pistol is among the smallest and most versatile flywheel blasters available. The FP-68 Grass Snake is a compact pistol built to take both Katanas and Talons. Its mag release - free design allows for super quick reloads and a relatively simple catch system. It is ideal as a secondary for more competitive Nerf battles, as a blaster you could bring with you when travelling, or even as an HvZ primary - while it doesn't have top load you can stock up on a lot of its tiny mags. Or something to sneak into official Nerf events to show them how we do things in the homemade scene (I'm not actually asking for this please don't sue me)!

This should be a rather simple build though you might find the catch assembly a little annoying. I encourage to experiment with springs and perhaps with print settings if you know what you are doing to create a blaster fine-tuned to your needs.

Grab your Snakethanhas here:
https://www.thingiverse.com/thing:3890229

Feedback is very much welcome and though I might not be able to respond to everyone, I read everything. If you run into issues, I'll do my best to help.

Complete blaster available here:
https://blogderrikksun.com/product/grass-snake/

I should also note that selling the blaster without permission is illegal. If you are a seller interested in selling and manufacturing Grass Snakes, please contact me directly.

Tips are highly appreciated and would help me a lot on future Nerf projects.

Version history:

1.0

  • Initial release

1.1

  • Minor ergonomic improvements
  • Improved catches

Hardware list:

-Standard Omron sized microswitch;
-Motors of choice. Honeybadgers seem to offer the best performance but from what I hear Fangs are a bit more reliable;
-FTW, Nightowl or Cabanossi flywheels (I've yet to test with the latter);
-Wiring and a battery plug of choice;
-Some M2.5x10 screws or their imperial equivalent. Preferably countersunk. You might need to shorten the one that fixes the trigger to the trigger link;
-8 Motor screws. The extra screws are for grip panels.
-A couple of approximately 5mm long and no more than 5mm in diameter compression springs for each catch. I've found that a pen springs work well. You might want to have a somewhat more loose spring for the Katana catch becasue of how it's set up. I would really encourage to experiment a bit with this, because both harder and softer springs will have their own advantages;
-An extension spring or two. I use one or two 0.4x4mm springs for the trigger. There shouldn't be much resistance in the return stroke of the trigger but it never hurts to have that extra bit of force. Again, a relatively average strength setup will suffice but you can experiment here as well. As I said, you can use two extension springs to double the force.

Print settings:

Parts are NOT oriented for printing
Best results with Cura slicer, otherwise I can't guarantee good tolerances.
Layer height: 0.24 or lower
Perimeters: 3 or more (no reason for more than 5)
Supports: Preferably use tree supports and if not, don't forget to place the supports everywhere, not only directly above build plate
Print speed: 60mm/s works best but that will depend on yor setup as well
Print duration on minimal settings and 100 mm/s: about 20 hours in total
5 or more top/bottom layers but I feel you could use less
15% infill should be good but you might be able to get away with lower percentage
Grip panel is meant to be mirrored.

Make sure moving parts fit together without friction before proceeding to the next step

Assembly:

1) Assemble the trigger and trigger link with a screw.
2) slot in the trigger assembly with the link and pusher attached into their appropriate slots. Make sure the lever's half pipe is facing the outside. Secure the lever with a pin.
3) Screw on the extension spring(s) between trigger link and a slot on the frame.
4) Slot in the magazine cathces with the springs. Start with the Talon catch. After securing that partially with a pin, proceed to the Katana catch. After that is done, insert the pin completely. Make sure that all the supports in the slots are cler, the catch stoppers are properly sitting inside their slots and that the springs don't fall to the side while assembling, otherwise the mechanism won't work. Verify that you're happy with how it works by test inserting a magazine.
5) Assemble the cage. Insert and screw in the motors. Use 3-4mm long motor screws. Add the flywheels and make sure they're aligned nicely and take into account motor shaft looseness when doing it. When inserting the flywheels on their shafts make sure the motors are supported against something by the circular extensions on the opposite side and not the motor side walls, or worse, nothing at all. Try to not hit the tabs.
6) Wire up the cage with the switch (inverted). You can do that while everything is in the frame or outside of it. Make sure you cut the wires to appropriate lengths. Don't forget the battery plug. Keep in mind that the horizontal slot on the right is meant to hold it inside to save space. You can optionally add some LEDs in the front cavity. After that is done, secure the cage with two screws and the switch with a single screw on the left side of the blaster.
7) Add the cover and secure it with screws. You can try to test fire at this point.
8) Pick up the slide (frame top) and insert the iron sights into the dove tail slot.
9) To close off the blaster with the battery, put on the slide (frame top), slot in the tip, secure it with a pin and snap on the detent in the back.
10) Don't forget to screw on the grip panels with motor screws. Make sure they don't grind on the magazine, otherwise you will need to trim them a little.
11) Enjoy!

Nerf Hive Box - hexagonal darts container

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This is a box with hexagonal elements for 127 Nerf darts.

The box is optimized for darts with 73.4mm length and 12.7mm diameter.

Comment or contact me if you request littler version (I've made one here)

Printing time with my Ender3: 24h for the bottom and 12h for the top.
I used CURA for slicing with "generic PLA" material and "fine" settings.
No supports or plate adesion are needed.

Pay attention.Stringing can be very annoying. It happened to me because of bad settings and I had to carefully remove the very strong unwanted thin surfaces created between some hexagons vertices. This operation was mandatory since the sharp edges of these strings of material were damaging the darts.

The width of the internal hexagonal cells dividers is 0.3mm by design. Hence, the resolution selected on the slicer SW must be equal or greather than 0.3mm, otherwise the box will not be printed correctly

Print it and share your results. It's easy! Download 3D Geeks: for 3D Printing APP and take a pic! I'll be happy to know that my design was helpful to someone.

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