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Spartan II Mk IV (2024 Design) - Halo Miniature Fan Project

Fan-made Miniature set based on the Halo Franchise. Project to model a set of Spartan IIs in Mk IV armor for the Halo tabletop fan community. The miniatures were created from scratch, and were modeled to a high standard that aimed to look good beside official tabletop games in terms to detail and proportions. Primarily based on Halo Wars and Halo: Infinite references.

I previously attempted to model Spartans in Mk IV armor in 2018, and knew that I wanted to try again using the knowledge I've learned about designing 3D printable miniatures in the years since. This project uses a few pieces from my previous models, but most of it was either edited with more detail added, or were made from scratch. This project also involved creating a new MA5B Rifle, Battle Rifle, Spartan Laser, and a dismounted HMG Turret weapon.

My Halo fan art projects will always be free for personal, non-commercial use, but as a way to support more of my time and effort into creating for the tabletop fan community, I've launched a Ko-fi membership system, where supporters will have access to my projects one month early, and get to choose what I focus on next through polls! That can be found here: https://ko-fi.com/vigilant3dart

Personal project that was completed June 2024.
Halo © Microsoft Corporation. This Model was created under Microsoft's "Game Content Usage Rules" using assets from the Halo Franchise, and is not endorsed by or affiliated with Microsoft.

For the "30mm" scale version of this release, the head, arms, and body files are separate pieces that fit together, and can be mixed and matched for more unique pose combinations!

For the "30mm" scale version of this release, the head, arms, and body files are separate pieces that fit together, and can be mixed and matched for more unique pose combinations!

The "15mm" scale version are single-part, with small gaps filled in for easier printing, and improved structural integrity.

The "15mm" scale version are single-part, with small gaps filled in for easier printing, and improved structural integrity.