battletech behemoth 3d models

Instead of just handing you a reworked MWO file, I designed an entirely new model that's optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there's only one shell. The mechs I'm posting on Thingiverse have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

Instead of just giving you a rehashed MWO file, I created an entirely new model that's optimized for printing at Battletech Scale. The parts are thicker, manifolds are closed, and there's only one shell. These mechs have been thoroughly tested, but...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at battletech Scale. parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...

  Instead of just giving you a re-hashed MWO file, I created an entirely new model that is optimized for printing at Battletech Scale. Parts are thicker, manifolds are closed, and there is only a single shell.   These mechs that I'm posting have been...