Prepare an Existing Blender Horse and Jockey Model for 3D Printing – Board Game Miniature with Magnetic Base
Budget / Salary€30–250
TypeFreelance project
LocationRemote
Posted1 hour ago
I am looking for an experienced 3D artist who specializes in preparing organic models and miniatures for resin 3D printing.
I already have:
An existing Blender file containing the horse and jockey model
Reference images showing the intended appearance
An annotated image showing the required modifications
Defined dimensions for the miniature, pedestal and magnet recess
The model will be used as a moving horse piece for a physical board game. The playing surface is covered with magnetic sheet material. A small neodymium magnet inside the base will only be used to prevent the horse from tipping over during play.
The horse does not need to be completely recreated. The existing Blender model should be used as the basis and modified for reliable resin 3D printing.
MODEL DIMENSIONS
Final horse length: exactly 40 mm
Approximate pedestal/base diameter: 9 mm
The proportions and appearance of the existing horse and jockey should be preserved as closely as possible
MAGNET RECESS
Please add an open circular recess underneath the base for a neodymium disc magnet.
Main version:
Magnet size: 6 mm diameter × 1 mm thickness
Recess diameter: 6.2 mm
Recess depth: approximately 1.15 mm
The magnet will be glued into the recess
The installed magnet should sit almost flush, but approximately 0.05–0.1 mm inside the bottom surface
The magnet must not protrude or scratch the magnetic playing surface
The base must retain sufficient wall thickness around the recess
Please also provide an alternative STL version for a 5 × 1 mm magnet:
Recess diameter: 5.2 mm
Recess depth: approximately 1.15 mm
REQUIRED MODEL MODIFICATIONS
The final model must be suitable for high-resolution resin 3D printing at only 40 mm horse length.
Please complete the following work:
Add a stable pedestal/support beneath the horse, based on the appearance shown in the reference images.
Connect the pedestal securely and naturally to the horse.
Add the magnet recesses described above.
Reinforce all fragile details to a minimum printable thickness of approximately 0.5–0.6 mm.
The stirrups must be solid, closed and at least 0.6 mm thick.
The reins should be approximately 0.5 mm thick and should mainly lie directly against, or be connected to, the horse’s head and neck.
The jockey’s hands and reins must be securely connected.
The whip must be reinforced and connected to the jockey or horse.
All floating or disconnected equipment parts must be connected to the horse or jockey.
The jockey must be securely connected to the horse. Any gaps between the jockey’s body, thighs or knees and the horse must be bridged in a visually unobtrusive way.
The connection between the jockey and horse should be sufficiently long and stable, ideally at least approximately 2 mm at the relevant contact points.
Reinforce other fragile areas where necessary, especially the horse’s legs, ears, tail and any thin tack details, while preserving the original appearance.
Remove internal, duplicated or unnecessary geometry that could cause printing problems.
Correct the normals and create a clean, watertight/manifold mesh with no holes, non-manifold edges or floating parts.
Verify the completed model in a suitable slicer at its final 40 mm size.
The model should remain visually detailed, but printability and durability as a board-game piece are more important than preserving extremely fine details that cannot be printed reliably.
DELIVERABLES
Please provide:
Editable Blender file
The final Blender file should preferably open in a current Blender version
Print-ready STL for a 6 × 1 mm magnet
Alternative print-ready STL for a 5 × 1 mm magnet
Both STL files scaled to the final size of exactly 40 mm horse length
Screenshots showing the completed model from the front, side, rear and underneath
Screenshot of the final model loaded and checked in a slicer
Confirmation that the files are watertight/manifold and ready for resin printing
Two reasonable revision rounds
The editable Blender file and all final files must be included. I require full commercial usage rights for the completed modifications because the figures are intended for a board game.
REQUIRED EXPERIENCE
Please apply only if you have demonstrable experience with:
Blender
Organic or character modelling
Miniatures or tabletop figures
Preparing models for resin 3D printing
Creating watertight/manifold STL files
Minimum wall thickness and structural reinforcement
Slicer verification
Please include examples of similar printable miniatures or organic 3D models in your application.
BUDGET AND TIME FRAME
Fixed-price budget: €200–250
Preferred completion time: 5–7 days
A physical test print is welcome but not mandatory. If you can provide one, please quote it separately.
PAYMENT MILESTONES
Milestone 1 – 30%:
Initial revised model
Pedestal and magnet recess added
Fragile and disconnected parts corrected
Preview images supplied
Milestone 2 – 70%:
Final corrections completed
Both print-ready STL versions delivered
Editable Blender file delivered
Slicer verification supplied
Final files approved
Please confirm in your proposal that you have reviewed all requirements and can deliver both the editable Blender file and the print-ready STL files.
I already have:
An existing Blender file containing the horse and jockey model
Reference images showing the intended appearance
An annotated image showing the required modifications
Defined dimensions for the miniature, pedestal and magnet recess
The model will be used as a moving horse piece for a physical board game. The playing surface is covered with magnetic sheet material. A small neodymium magnet inside the base will only be used to prevent the horse from tipping over during play.
The horse does not need to be completely recreated. The existing Blender model should be used as the basis and modified for reliable resin 3D printing.
MODEL DIMENSIONS
Final horse length: exactly 40 mm
Approximate pedestal/base diameter: 9 mm
The proportions and appearance of the existing horse and jockey should be preserved as closely as possible
MAGNET RECESS
Please add an open circular recess underneath the base for a neodymium disc magnet.
Main version:
Magnet size: 6 mm diameter × 1 mm thickness
Recess diameter: 6.2 mm
Recess depth: approximately 1.15 mm
The magnet will be glued into the recess
The installed magnet should sit almost flush, but approximately 0.05–0.1 mm inside the bottom surface
The magnet must not protrude or scratch the magnetic playing surface
The base must retain sufficient wall thickness around the recess
Please also provide an alternative STL version for a 5 × 1 mm magnet:
Recess diameter: 5.2 mm
Recess depth: approximately 1.15 mm
REQUIRED MODEL MODIFICATIONS
The final model must be suitable for high-resolution resin 3D printing at only 40 mm horse length.
Please complete the following work:
Add a stable pedestal/support beneath the horse, based on the appearance shown in the reference images.
Connect the pedestal securely and naturally to the horse.
Add the magnet recesses described above.
Reinforce all fragile details to a minimum printable thickness of approximately 0.5–0.6 mm.
The stirrups must be solid, closed and at least 0.6 mm thick.
The reins should be approximately 0.5 mm thick and should mainly lie directly against, or be connected to, the horse’s head and neck.
The jockey’s hands and reins must be securely connected.
The whip must be reinforced and connected to the jockey or horse.
All floating or disconnected equipment parts must be connected to the horse or jockey.
The jockey must be securely connected to the horse. Any gaps between the jockey’s body, thighs or knees and the horse must be bridged in a visually unobtrusive way.
The connection between the jockey and horse should be sufficiently long and stable, ideally at least approximately 2 mm at the relevant contact points.
Reinforce other fragile areas where necessary, especially the horse’s legs, ears, tail and any thin tack details, while preserving the original appearance.
Remove internal, duplicated or unnecessary geometry that could cause printing problems.
Correct the normals and create a clean, watertight/manifold mesh with no holes, non-manifold edges or floating parts.
Verify the completed model in a suitable slicer at its final 40 mm size.
The model should remain visually detailed, but printability and durability as a board-game piece are more important than preserving extremely fine details that cannot be printed reliably.
DELIVERABLES
Please provide:
Editable Blender file
The final Blender file should preferably open in a current Blender version
Print-ready STL for a 6 × 1 mm magnet
Alternative print-ready STL for a 5 × 1 mm magnet
Both STL files scaled to the final size of exactly 40 mm horse length
Screenshots showing the completed model from the front, side, rear and underneath
Screenshot of the final model loaded and checked in a slicer
Confirmation that the files are watertight/manifold and ready for resin printing
Two reasonable revision rounds
The editable Blender file and all final files must be included. I require full commercial usage rights for the completed modifications because the figures are intended for a board game.
REQUIRED EXPERIENCE
Please apply only if you have demonstrable experience with:
Blender
Organic or character modelling
Miniatures or tabletop figures
Preparing models for resin 3D printing
Creating watertight/manifold STL files
Minimum wall thickness and structural reinforcement
Slicer verification
Please include examples of similar printable miniatures or organic 3D models in your application.
BUDGET AND TIME FRAME
Fixed-price budget: €200–250
Preferred completion time: 5–7 days
A physical test print is welcome but not mandatory. If you can provide one, please quote it separately.
PAYMENT MILESTONES
Milestone 1 – 30%:
Initial revised model
Pedestal and magnet recess added
Fragile and disconnected parts corrected
Preview images supplied
Milestone 2 – 70%:
Final corrections completed
Both print-ready STL versions delivered
Editable Blender file delivered
Slicer verification supplied
Final files approved
Please confirm in your proposal that you have reviewed all requirements and can deliver both the editable Blender file and the print-ready STL files.
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