SpinScore Target - Best Nerf Target! - Free 3D Print Model

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TeeTi3D

Toys & Games>Other Toys & Games

IP Report

Print Profile(2)

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X1 Carbon

P1S

P1P

X1E

H2D

H2D Pro

H2S

P2S

H2C

X2D

A2L

A1 mini

0.2mm layer, 3 walls, 15% infill

Designer

26.6 h

9 plates

5.0(21)

For A1 mini, 0.2mm layer, 3 walls, 15% infill

30.9 h

11 plates

Open in Bambu Studio

Boost

470

1110

497

125

Released

Bill of Materials

Maker's Supply Kits and Parts

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High Performance Bearings

M3 Socket Head Shoulder Machine Screws (SHSS)

Bambu Filaments

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PLA Basic

PLA Basic

PLA Basic

List other parts

Rubber Band Size #32 x 1: (3" x 1/8" — 7.6cm x 0.3 cm)

Description

DESCRIPTION

Inspired by playful competitions with my kids, I designed the Spin Score Target to make shooting games fun and fair.

We used to use random objects placed on couch headrests or chair backrests, but the kids would always question if the placement was the same for everyone, as the orientation and position would change each time the target was knocked down. To solve this problem, I created the Spin Score Target.

THIS IS FOR PERSONAL USE ONLY!

Spin Score Target has a simple but effective mechanical counting system, and it is very easy to assemble, requiring no glue and a few readily available components.

I have created the assembly instructions that are included in this Model upload. But there is also a video assembly instructions that can be found here:

SpinScore Target counting demo:

I'm including the .STEP files of these parts:

Target template (for making your unique/additional custom targets).
Name templates (for making custom nameplates).

REQUIRED HARDWARE

3 x Rubber Bands Size #32 (3" x 1/8" —— 7.6cm x 0.3 cm)
16 x M3x8 Socket Head Screws or Button Head Hex Drive Screws (DIN912 or ISO7380)
2 x 608 ball bearings (8mm x 22mm x 7mm)

PRINTING SETTINGS

Wall Loops: 3

Top shell layers: 5

Bottom shell layers: 4

Sparse infill: 15% (rectilinear)

No supports

NOTES

This project includes a couple of print-in-place rotating parts. Make sure that the printer is not stringing and is well calibrated.
Before diving into the full project, I strongly advise printing a prepared test print. This step will ensure a smooth assembly process.
If you plan to use more powerful toy guns than a standard Nerf pistol, you should tension the target linkage rubber band more to give the target more resistance (or a couple of rubber bands can be used)
Do not over-tension the target winder, as it might snap the rubber bands. Using recommended rubber bands, two complete rotations should be enough (depending on the installed score wheel orientation).

Boost Me (for free)

Please consider boosting this model. It takes a very long time to create high-quality and functional models. Thank you!

Documentation (1)

Assembly Guide (1)

Spin Score Target Assembly Instructions v1.0.pdf

Comment & Rating (69)

@dandan1dan

im just gonna leave this here… AWESOME model. winding rubber bands and 10 shots just wasnt enough.

(Edited)

The designer has replied

@TeeTi3D

Oh wow! That is so cool! Share more photos / videos on how it works! Amazing stuff @dandan1dan

@user_1103195497

Boosted

I would love to see it too but well done on your work too it is great I'm starting on it tonight to go with the gifts received at Christmas

Show original

@Pfirsichdruck

Boosted

Awesome, that's really a great project. I'd love to hear how exactly it works

Show original

@bkintanar

Printed using A1 mini. shortened the neck of the target, it's the only part that doesn't fit the 180x180 bed. Added some outer brims to the bigger parts that's causing some bad adhesion when printing.

The designer has replied

@TeeTi3D

Wow, absolutely fantastic print! Great color combination! Thank you very much for sharing this!

@bkintanar

Replying to @TeeTi3D :

It doesn't work as expected. I think because the neck is too short. I'll try to modify it and let you know.

@TeeTi3D

Replying to @bkintanar :

@TeamKintz Thank you for your message and testing this out. The attachable target’s overall height is designed to absorb enough energy from a standard Nerf toy gun to propel it and count the score. Reducing the neck length would lead to a need for more energy (force) to push the target, requiring a more powerful Nerf toy gun. One potential solution could be to opt for a looser rubber band for the target’s tension mechanism, but this might also have a negative impact, causing the target to become “floppy”. Another idea I had was to create the target from two separate parts, which would allow it to fit on an A1 mini.

@Screase3D

Boosted

Unfortunately I can't rate the print because this was not printed on a Bambu machine...but oh maaaan. You deserve 10 stars! This is such a genius mechanism, everything worked perfectly on the first try! Every part clicks together perfectly. Assembly instructions are clear and understandable. I love this thing, thank you so much!

The designer has replied

@TeeTi3D

Wow, this looks amazing! I love the colour choice! I’m happy you like the model. Once I have some time, I’ll upload a few variations of the target so you can replace it and have even more fun! :)

@Screase3D

Boosted

Replying to @TeeTi3D :

For sure! :) Keep up the great work!

@user_3258194996

Boosted

Print Profile

0.2mm layer, 3 walls, 15% infill

This is hands down the most well designed 3d print I have seen on here. parts printed perfectly with the original profile. The attention to detail in yhe design just blew me away. none of the parts would fit in the wrong apot or go in the wrong way, IKEA could learn a thing or two about that. i even went with the same color scheme. turned out very well. going to also boost this design. so awesome.

The profile uploader has replied

@user_3258194996

Boosted

Forgot to mention. only improvement I would suggest is an ability to adjust the tension without having to disassemble the whole thing.

@TeeTi3D

Wow, looks amazing! Thank you very much for sharing your print and great feedback! Supper glad you like the model!

@user_1378062482

Print Profile

0.2mm layer, 3 walls, 15% infill

Very Very Very Good!!!! The mechanism is so cool and smart!

The profile uploader has replied

@TeeTi3D

Thank you very much, glad you like it! The print looks great!!!

@motorola2001

Boosted

Print Profile

0.2mm layer, 3 walls, 15% infill

Good model.

The profile uploader has replied

@TeeTi3D

Very creative color choice! Glad you like the model!

@abbaspalmy

works great!

The designer has replied

@TeeTi3D

Looks very playful! Great color choice, I like it a lot! Thank you for sharing your print and glad you like the model!

@Ayuready

Boosted

great design, boosted twice! have some issues which I like to seek help from, if I turn it slightly, my target can only hold for like 6-7 shots before being out of "spring" if I rotate 1 more cycle, when I hit, the retainer gives way and skipping a few score. I think it's my rubber band issue. for the retainer to be stronger, do I make the rubber band for it more taut or more loose? for the two other rubber bands for the wheel I think they are quite loose already and not super strong type. @TeeTi3D

(Edited)

The designer has replied

@TeeTi3D

Thank you very much for the boosts and glad you like the model! Based on the issue you described, it appears that you need a looser rubber band (more stretchy). You want to get as many turns as possible from the rubber band, but avoid overstretching it (or it will snap :)) ). If you feel excessive resistance, it means the rubber band is too tight and in such cases, you may need to skip a few turns (in extremely rare instances). You can send me a PM here in MakerWorld, I will try to help to get you a perfect setting so you can fully enjoy this model ;)

@GM_GoodMan

Boosted

Awesome target, printed perfectly and rest of the hardware was easy to get according instructions.

The designer has replied

@TeeTi3D

Thanks for sharing this! I’m so glad you like it!

@jmeis982

Print Profile

0.2mm layer, 3 walls, 15% infill

Mine printed great. there was a mixup in the recommended hardware from Bambu, and what was required in the build list. (Build required M3 x8mm machine screws, but MakerWorld recommended M3x4x8 SHSS Machine Screws) It went together great once I had the correct hardware.

The profile uploader has replied

@TeeTi3D

Looks amazing! Thank you very much for sharing! I'll check whats with the fasteners and fix, thank you for letting me know! Thank you!

License

This user content is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.