Scale Modeling

Armored vehicles from the Red Army make for a very valued topic in the modeling community. They sometimes come with limited decals, though, or the decals are "too white" or...

A 1/48 scale DIY paper card model of the Apollo Eagle lunar module — the spacecraft that carried Neil Armstrong and Buzz Aldrin to the surface of the Moon during...

This mini saw was specially crafted for modelers. Its minute teeth allow us to make thin cuts without damaging unwanted sections of our models. The basic set includes the handle and...

When we want to fix decals, we have to place them in position and absorb the extra setting solution or water. Decals are pretty fragile, though; using tweezers, toothpicks, or...

When you have to sand a hard-to-reach surface, a bevel is a perfect tool to have on hand. This 3D-printed set includes many heads of different sizes, so you can always find...

We often have to cut masking tapes, styrene sheets, or papers in angled shapes. The most convenient solution, and the one that yields the most professional results, is using a...

Styrene rods of different widths, available in a square shape, useful for your scratch builds or dioramas. Dimensions: Widths: 0.5mm, 0.7mm, 1.4mm, 2.0mm (4 different sizes) Length in all the...

Miniature scatter leaves for 1/35 to 1/48 scale dioramas — fine textured leaf material that recreates real foliage scatter on the ground, around tree bases, on ivy-covered walls, and in...

Stencil set for airbrushing or hand-painting the typical Wehrmacht armor numbering styles used by German armored units throughout WWII. The general-purpose number stencil set — works across any German tank,...

Make perfect cuts in any soft metal tubes or rods with these professional pliers by Mo Shi Tools  

We sometimes have to cut our masking tape into small strips, circles, or other shapes. There are several solutions that help us do that, such as tape cutting stencils. However,...

Sanding sponges play a particular role in your arsenal: They adapt to any surface shape, including complex curves and convex surfaces. They conform to the surface and achieve perfect results...