Darts Camera and LED Ring mount by 3DEngelen.

UPDATES

• 22/02/2025: Standaard Feet and BasePlate

         Thanks to the work of RuppiLab3D, we now offer an additional option to use standard                feet and a standard CNC-made baseplate, allowing for a lot more mounting options.

          A new folder has been added to the model files titled “Standard Feet and Baseplate.”

          This folder includes:

• The DXF file for the baseplate

        A selection of standard feet in various heights to accommodate different needs, including         the Vilyzer model.

• Standard
• +30mm
• +40mm
• +50mm

more info : https://www.printables.com/model/1193212-autodarts-foot-variants-for-viperman3-with-new-sta

• 21/10/2024 : Added Fusion files for easier remix (Please share)
• 11/05/2024 : 
  • Camera housing had a small error in the front face.
  • Added connection peg with in between size.
• 12/05/2024 :
  • Notches to prevent lightbleed (No need for filament strings)
  • Connection pegs changed so it screws together (requires M3 Heat inserts and M3x8 screws)
• 25/05/2024 :
  • Added a combined camera and arm model (needs support (about 10gr))
• 09/07/2024:
  • Fixed typo in the hw requirements section: M3x8 instead of M3x18. Thx to Toni Lekic

Software

This will work with the popular automatic darts scoring software that are available.

Details

This model is based on the excellent design of Viperman3.

It is adjusted to use heat inserts instead of M4 Hex nuts.

The camera housing is sized to fit the OV2710 and OV9732 USB Camera Module, see the original post of Viperman3 with more details on preparing the camera to fit.

I only created the 40mm height variant as this seems the best version to build.

Hardware Required:

• 6 x M4x16 CAP Head Screws (DIN912) (Used for mounting the ring to the stands)
• 6 x M4x12 CAP Head Screw (DIN912) (Used for mounting the camera housing to the arm)
• 12 x M2x6 CAP Head Screws (DIN912) (Used for mounting the cams in the camera housing)
• 3 x M2x6 CAP Head Screws (DIN912) (Used to mount the camera housing cover to the camera housing)
• 12 x M4 Heat inserts (Up to max 8mm in length can be used, used for the camera arms and ring mount)
• 18 x M3 Heat inserts (Up to 6mm  in length can be used, used for the for the ring elements)
• 18 x M3x8 CAP Head Screws (DIN912) (Used for the connecting the ring elements)

Print Settings:

I print my parts according to the VORON standard to have strong parts, with these setting approx. 1.4 kg of filament is need, my goto filament is Polymaker PLA Pro Black.

• 0.2 mm Layer Height
• 4 Walls
• 5 Top and Bottom Layers
• 25 % Infill (Adaptive Cubic)

Small amount off Support is needed for the camera cover housing (The small latch lip) and the camera housing (The holes for M4 screws).

Print Quantities:

• 2x Foot
• 1x Foot LED Cable route
• 3 x Ring Mount
• 6 x Ring Element
• 3 x Arm and 3 x Camera housing or 3 x Arm and Camera combined
• 3x Camera housing cover
• 9 x Connection Peg

• Added more tolerance to screw holes to make it easier to insert screws.
• Adjusted to use Cap head screws.
• Adjusted to use heat inserts for the M4 screws (not for the camera PCB mounting).
• Camera housing front cleaned.
• Added notches in the ring elements to prevent light bleed.
• Adjusted to use heat inserts and screws to connect the ring elements.