MIG 1705 Wet Mud

Ammo MIG 1705 Wet Mud

Supplied in a 35ml Jar.

Fresh Wet Mud textured enamel medium realistically recreates surfaces with heavy mud accumulations. Realistically adds the final touches of variable textured mud to your model.

Apply with a brush or tool, manipulate or remove with a clean brush moist with thinner. This effect can be used alone or with other enamel earth tones. As this product is enamel, it can be diluted with MIG 2018 Odourless Enamel Thinners to easily create streaking effects or very smooth transitions.

Enamel based soil product to mimic the thick mud accumulations found on vehicles and machinery ready to be applied to your model. This product contains a special very realistic and uneven texture that can be worked until dry. No colour changes occur when dry and it is durable and resistant to handling, making it ideally suitable for players of Wargames.

This mud is high density and is very compact, the modeller can use it to create large accumulations on tanks, trucks, and excavators. Each colour and texture can be mixed together and you may even add other natural elements such as branches, leaves or dirt and rocks to make even more amazing effects.

Dries slowly and can be retouched during the drying process to achieve different textures and effects. For the most realistic effects, lighter colours are matt while the darkest colours are glossy and bright to mimic effects unobtainable with mixtures of moist mud made with plaster or other products.

It is the most advanced and realistic for this innovative purpose available today. Other existing products of fine arts origins are acrylic resin mixed with an unrealistic and oversized texture, this innovative new solution has been designed specifically for realistic effects with the scale modeller in mind.

Dries completely in 24 Hours. Shake the jar well before use. Ammo Heavy Mud texture can be used in many applications such as model railways, wargaming, Sci-Fi/fantasy, mecha, 3D printed figures, military modelling, role-playing games and many other model weathering applications.