Eduard 36242 IDF Merkava Mk. IIID 1/35 Meng – Photo-etched Set for the 1:35 Scale Israeli Tank Model

The Eduard 36242 set is designed for detailed finishing of the Meng 1:35 scale plastic model of the IDF Merkava Mk. IIID tank. This product takes modeling realism to a whole new level, thanks to high-quality photo-etched components, which can be used to replace standard plastic kit details. Made from precisely cut brass sheet, the set includes numerous fine parts such as handles, ventilation grilles, active protection system elements, and characteristic external equipment details for the Israeli Merkava Mk. IIID tank.

The Merkava Mk. IIID is the latest generation of Israeli main battle tank, operated by the Israel Defense Forces (IDF) since 2003, in the modern era. This tank gained renown through its implementation of advanced electronics, dynamic protection, and armor modifications, which proved their worth during many operations in the Middle East. The Merkava Mk. IIID was used, among others, during conflicts in the Gaza Strip and in peacekeeping missions.

The Eduard 36242 set includes:

• a complete selection of precise photo-etched parts for turret and hull details
• external equipment elements: track links, handles, ladders, stowage mounts
• details for active and passive protection systems
• ventilation grilles and periscope covers
• delicate meshes and microcomponents requiring precise assembly

The set is made from photo-etched metal (PE, Photo Etched), ensuring perfect scale accuracy and high resistance to damage. Assembly of these parts is recommended for modelers with intermediate or advanced experience—the difficulty level of the set is rated at 4/5. Eduard 36242 is highly recommended for enthusiasts who seek faithful reproduction of modern armored vehicles and for all fans of themed dioramas related to Israeli armored forces. This product is ideal for upgrading the Meng Merkava model and contributes to achieving an exceptionally realistic final result.

Category: Photo-etched accessory set for plastic models.