15mm Sherman Crab Mine-Clearing Tank for Late War British/Commonwealth Armies

Add specialist engineer armour to your British/Commonwealth force with this 15mm Sherman Crab. Designed for WW2 tabletop wargaming, the Sherman Crab is an ideal addition to Late War British/Commonwealth armies and provides a specialist engineering vehicle for themed scenarios.

The Sherman Crab was a British/Commonwealth Sherman mine-clearing conversion fitted with a rotating flail system. This model represents the vehicle with 75mm gun + mine flail. On the tabletop, its historical role translates naturally into providing specialist engineering support for obstacle-clearing scenarios.

Product Details

·   Scale: 15mm

·   Nation: Britain / Commonwealth

·   Period: Late World War II

·   Vehicle: Sherman Crab – Crab

·   Type: Mine-Clearing Tank

·   Material: 3D printed grey PLA

·   Supplied: Unpainted

·   Manufactured: New Zealand

·   Quantity: 1 vehicle

Pack Contents

·   1 × Sherman Crab

Suitable for 15mm WW2 Wargaming

The Sherman Crab is well suited to Late War British/Commonwealth forces, providing specialist engineering support for obstacle-clearing scenarios.

Designed for use alongside other 15mm WW2 miniatures, it can be incorporated into a variety of tabletop wargaming systems where appropriately scaled third-party miniatures are permitted.

Whether you're building an engineer force, recreating obstacle-clearing operations or adding a distinctive specialist vehicle, the Sherman Crab offers an interesting and recognisable addition to the tabletop.

GameCraft products are independently produced and are not affiliated with or endorsed by any tabletop game publisher.

3D Printed in New Zealand

GameCraft's 15mm WW2 miniature range is produced locally in New Zealand, giving NZ wargamers convenient access to tanks, artillery, infantry and other battlefield models without relying solely on overseas imports.

Pair the Sherman Crab with other 15mm British/Commonwealth infantry, tanks and support vehicles to expand your Late War force.