Point of no Return 3522016 Grenades 40mm M397 1/35

Point of no Return 3522016 Granaty 40mm M397 1/35 is a unique model kit featuring high-explosive bounding grenades used by modern militaries, mainly in the United States. Each M397 grenade in this set is produced in 1/35 scale using 3D printing technology, which allows for exceptional precision and faithfully reproduces even the finest details of this type of contemporary armament. The set is dedicated to vehicles such as the UH-1D helicopter or other models equipped with 40mm grenade launchers, offering small, accurate details that significantly enhance the realism of any diorama or military replica.

The M397 grenade is a technologically advanced projectile fired from 40mm grenade launchers, used by the US Armed Forces since the late 1980s and present in numerous armed conflicts—from the Cold War era to modern times, including operations in Iraq and Afghanistan. Upon impact with the ground, the grenade is automatically propelled to a height of 1.5 meters by a secondary charge and then detonates, increasing fragmentation effectiveness and minimizing risk to the operator.

• Model scale: 1/35 – ideal for modern military vehicles and helicopter models
• Country of use: United States and its allies
• Period of use: Cold War, modern times
• Material: high-quality resin produced with 3D printing, ensuring faithful detail reproduction
• Category: 3D printed resin model
• The set contains as many as 100 pieces of 40mm M397 grenades
• Parts dedicated for models such as the UH-1D Academy or other kits equipped with 40mm grenade launchers
• Easy removal of parts from supports, as recommended by the manufacturer

This product is recommended for advanced modelers and military enthusiasts who care about realism and detail in their projects. The set perfectly complements dioramas, helicopter, or armored vehicle models, and its high detail level makes it suitable for competition-grade projects. The build difficulty level is rated 2/5—due to the delicacy of the parts and the required precise cutting from supports.