R&D LABS | Experimental Tech

The Seraphim SX-1 is an autonomous stealth interceptor drone engineered for high-speed, evasive, and precision engagement missions. It features a dual-turbojet propulsion system mounted in streamlined nacelles, capable of rapid thrust-vector modulation for tight aerial maneuvers. The body is crafted with radar-absorbing composite material, and its hull integrates directional EMP shielding and adaptive heat dispersion vents. Evasive movement is achieved through the embedded 9G Burst Duct System, with precision slits located along the jet nacelles and dorsal shell—allowing instant lateral and vertical thrust. Circular omni-sensor nodes, softly embedded across the craft, provide 360-degree real-time awareness, supporting autonomous threat detection and swarm coordination.

Against comparable U.S. and foreign systems, the Seraphim SX-1 has exceeded expectations in autonomous survivability, threat neutralization, and digital warfare readiness. In controlled engagements, it outperformed Adruil's FURY-LT, Boeing's ATS GhostBat, and held its own against NGAD-aligned interceptors, particularly in radar evasion and autonomous counter-drone skirmishes. Notably, in two simulation scenarios involving multi-directional drone swarms and manned-aircraft dogfight mimicry, the SX-1 secured full target elimination with 0% losses when paired with Olympus AI and the MORPHEUS stealth skin. Its successful field simulation against a Chinese AVX drone quad (4:2 kill ratio) demonstrated the drone's ability to dominate in swarm-jamming environments using OFFSET-inspired tactical dispersal.

The SX-1 roadmap includes full DARPA integration via five programmatic tracks:
• ICEMAN – Integrating cognitive resilience AI to counter adversarial signal manipulation.
• MORPHEUS – Embedding adaptive metamaterial skins for visual, IR, and EM cloaking.
• OFFSET – Enabling swarm logic for fleet-on-fleet AI coordination.
• ALIAS – Augmenting manned/unmanned interoperability with command mirroring.
• HAWC – Long-term plan for hypersonic glide profile retrofits, allowing over-Mach engagements.
These integrations will elevate Seraphim SX-1 from advanced autonomous interceptor to next-gen supremacy craft, bridging the gap between conventional UCAVs and fully AI-dominant aerial combatants. Future prototypes (SX-2 and SX-V) will test vertical takeoff options, underwater launch viability, and modular payload swaps across recon, disruption, and direct attack roles.