KRISS Vector Eclipse

The KRISS Vector Eclipse is a next-generation evolution of the iconic Vector platform, reimagined with experimental materials and advanced energy management to push ballistic performance far beyond conventional limits.

At its core, the Eclipse retains the Vector’s distinctive recoil-mitigation geometry, but the internal architecture has been rebuilt around a cutting-edge thermal regulation system. Micro-channeled heat sinks, phase-shift cooling elements, and conductive composite framing rapidly draw heat away from the chamber and barrel during sustained fire. This allows the weapon to maintain accuracy and structural integrity even under extreme firing cycles that would overwhelm traditional designs.

Powering the Eclipse is a next-generation propellant compound, engineered at the molecular level to burn faster, cleaner, and far more efficiently than conventional gunpowder. Rather than producing excess heat and residue, the compound converts a greater percentage of its stored energy directly into forward acceleration. This results in projectile velocities approaching three times that of standard 9mm-class systems, without the explosive overpressure normally associated with such performance.

To withstand and exploit these velocities, the Eclipse fires a solid black-metal projectile forged from an advanced dense alloy. The material combines exceptional hardness with controlled elasticity, preventing deformation or fragmentation at extreme speeds. Its matte-black coloration comes from a heat-stabilized surface treatment that forms a self-regulating friction layer, reducing barrel wear while maintaining consistent spin and flight stability. On impact, the projectile’s mass and velocity deliver extreme kinetic transfer, allowing it to defeat armor and structural barriers through sheer momentum rather than explosive force.

Externally, the KRISS Vector Eclipse features a refined, angular chassis with heat-dissipating contours and low-signature finishes. Integrated diagnostics constantly monitor temperature, pressure, and component stress, dynamically adjusting firing behavior to preserve performance and system longevity.

The Eclipse is not merely an upgrade—it represents a shift in small-arms philosophy, where advanced materials, thermal science, and chemistry converge to redefine what a compact automatic weapon can achieve.