Shinhoto Ch-Ha 120mm Miniature

Shinhoto Ch-Ha 120mm Miniature designed for tabletop wargaming, historical collections, scale model displays and miniature painting.

The Shinhoto Chi-Ha was a Japanese medium tank that served as the primary armored vehicle of the Imperial Japanese Army from 1941 onward, featuring a 47mm gun in early versions before the "Shinhoto" variant upgraded it to a more powerful 57mm gun to better counter Allied tank threats in the Pacific War. It remains one of the most recognizable Japanese tanks of World War II, seeing extensive combat throughout the Pacific theater and in China.

Features

• High-resolution resin 3D print
• Multiple scale options available
• Designed for tabletop gaming and display/painting
• Durable gray resin construction

Size Chart

Scale	Length	Width	Height
1:285	0.82cm	2.03cm	0.86cm
1:200	1.18cm	2.9cm	1.23cm
1:170	1.38cm	3.41cm	1.45cm
1:144	1.63cm	4.02cm	1.71cm
1:100	2.35cm	5.79cm	2.46cm
1:87	2.7cm	6.66cm	2.83cm
1:72	3.26cm	8.05cm	3.42cm
1:56	4.2cm	10.35cm	4.4cm
1:48	4.9cm	12.07cm	5.13cm
1:32	7.35cm	18.1cm	7.7cm
1:24	9.79cm	24.14cm	10.27cm

Scale Information

Miniatures are scaled representations of real-world objects. Larger scale numbers (such as 1:285) produce smaller models, while smaller scales (such as 1:24) produce larger models.

Assembly Information

Unassembled variants include 4 pieces, consisting of:

• Hull
• Left Track
• Right Track
• Turret

Rotating Turret variants come in 2 parts: Body and Turret. The turret is designed to rotate freely on the body for realistic positioning.
Material

This miniature is produced using high-resolution resin 3D printing and supplied in gray resin.

Supports:

• Primer
• Paint
• Finishing

Important Notes

• Miniatures are supplied unpainted unless otherwise specified
• Some cleanup or sanding may be required before painting
• Minor surface marks may be present from the printing process
• Models are intended for hobby and display use only (This product is not a toy)
• Not suitable for children under 18 years of age
• Some models may be hollow, especially in larger variations