In March and April 2026, Russian forces demonstrated the utilization of 3D-printed adapters for explosive payloads, specifically engineered to accommodate dual initiation systems.
While one design featured designated compartments intended for mechanical initiation mechanisms, another 3D-printed version included spaces designed specifically for both a separate mechanical initiation system and an electric one, thereby ensuring dissimilar redundancy. This methodology enhances the probability of a successful detonation and compensates for the inherent weaknesses of each individual system.
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