Voyager Model BR35013 Modern German Leopard I Lenses and taillights for MENG 1/35

The Voyager Model BR35013 Modern German Leopard I Lenses and taillights for MENG 1/35 upgrade set is a high-quality modeling accessory designed for detailed enhancement of the 1/35 scale Leopard 1 tank model produced by Meng. This is a specialist detail set that allows for the precise reconstruction of characteristic optical details – headlight lenses and taillights, which are essential for achieving the realism of German tanks from the latter half of the 20th century and the Cold War period.

The Leopard 1 is a famous German main battle tank that entered service with the Bundeswehr in the 1960s and was used by many NATO countries throughout the decades of the Cold War. This vehicle was notable for its modern design, mobility, and high-class optical systems, making it one of the best tanks of its era. The set is prepared for Leopard 1 models in the MENG variant, allowing you to replicate the original lenses and rear lights of the vehicle as they appeared on authentic machines used in Western Europe.

• Scale: 1/35 – Fits MENG Leopard 1 models and other kits in this scale.
• Service period: Cold War (1960s-1990s).
• User countries: Germany (Bundeswehr), Canada, Italy, Denmark, Norway, Greece, and other NATO countries.
• Material: Transparent resin imitating glass and precision components made from high-grade plastics.
• Usage: Upgrade set for plastic scale models (aftermarket/upgrade set).
• Compatibility: Designed for MENG models but can also be adapted to kits from other manufacturers.
• Assembly difficulty: 2/5 – ideal for intermediate and advanced modelers who wish to add realism to their military models.

We recommend this set to any modeler who is aiming for the most faithful reproduction of the optical details of the German Leopard 1. Thanks to the high-quality materials and precise workmanship, the Voyager Model BR35013 set is an excellent choice both for modeling dioramas and for competition-grade 1/35 scale model presentations.