Spalah SP13635 Figure Charger of M777 Howitzer Scale Figure 1/35 | Detailed 3D Printed Resin Kit

Spalah SP13635 is a 1:35 scale figure depicting a charger (shell loader) for an M777 howitzer crew scene. The pose is designed to represent a working artillery crew moment, making it suitable for figure-centered vignettes, display bases, or diorama compositions where crew interaction and equipment context matter.

The figure is 3D-printed in photopolymer resin and comes with printing supports. Typical preparation includes careful support removal, light surface cleanup, and test-fitting before final assembly. Once prepared, the figure can be painted to match your chosen scene style and unit look.

Set contents

• 1:35 scale resin figure parts depicting a charger for an M777 howitzer crew scene
• 3D printing supports included on the parts (requires cleanup)

Product specifications

• Brand: Spalah
• SKU: SP13635
• Scale: 1:35
• Product type: 3D-printed resin figure
• Subject: Charger of M777 howitzer crew
• Material: Photopolymer resin
• Country of manufacture: Ukraine

This figure is part of the Spalah lineup and should be placed in Figures, especially Figures 1/35. For scene building, it also complements projects in the Diorama category.

FAQ

Does the figure come with supports that need to be removed?

Yes. The parts are supplied with 3D-print supports, so removal and cleanup are required before assembly and painting.

What glue is recommended for 3D-printed resin figures?

Most modelers use cyanoacrylate (CA/super glue) for resin parts. Two-part epoxy can also work if you prefer more alignment time.

Is this figure only useful with an M777 build?

It is themed as an M777 crew charger, but it can also be used in other 1:35 artillery or crew-focused dioramas where a loading-action pose fits the narrative.

What’s the best way to prepare the surface for painting?

After support removal, gently clean up attachment points and ensure the surface is free of residue and dust. A suitable primer for resin figures helps paint adhesion and reveals fine detail.