3D Printed Iron Man MK85 Suit Build: Hand and Torso Construction

Added:

Arm Progress
Hand Design
Scaling Method
Finger Assembly
Forearm Fit
Hand Blades
Abdomen Fail
Helmet Test
Next Steps

Arm Progress

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Playing Section
  • 1

    Covered arm build updates and 3D printing journey.

  • 2

    Both suit arms are complete with flexible hands.

  • 3

    Discussed issues faced and next build steps.

Fundamentals of FDM 3D printing, including slicer settings (infill, support structures, and layer height) and printer calibration.
Characteristics of different 3D printing filaments, specifically comparing rigid polymers (like PLA or PETG) with flexible elastomers (like TPU).
Basic digital scaling and anatomy fitting using software tools like Armorsmith, Meshmixer, or Blender to match 3D models to personal body proportions.
Post-processing safety and techniques, including sanding, bonding plastics using chemical solvents or 3D pen welding, and priming.
Integration of electronics and microcontrollers (such as Arduino or ESP32) for interactive features like LED repulsors, motorized faceplates, and sound effects.
Advanced prop-finishing methods, including automotive filler application, wet sanding, airbrushing, and weathering techniques to achieve a metallic look.
Ergonomic strapping and harness design to securely distribute the weight of the torso and limbs for mobility and extended wear.
Structural reinforcement techniques, such as fiberglass backing or epoxy coating (e.g., XTC-3D), to increase the durability of thin-walled printed parts.
72.3K views1.3Klikes17:23@FranklyBuiltOriginal Release: 2019-10-30

When creating custom 3D printed cosplay suits, proper scaling requires measuring actual body dimensions against printed models using a ruler STL file in slicing software, and functional articulation can be achieved by printing parts as single pieces with elastic bands for finger movement and oven-baked molding for flexible sections like forearms.