Mk7 VEST Model 2 (Devraj Shankar)

Built for frontline warfare, the Mk7 Model 2 preserves the VEST core priorities—environmental sealing, modular survivability, and kinesis dampening—while adding tactical-grade integrated armament without sacrificing operator mobility.

Kinetic Pulse Blasters (Forearm Mounted)

• Twin high-intensity kinesis pulse emitters housed in each forearm.

• Fires directed, short-range concussive blasts capable of shattering cover, destabilizing infantry, and breaching light armor at under 20 meters.

• Primary use: Close-quarters breach and anti-personnel suppression.

Micromissile Pod Arrays (Shoulder Mounted)

• Two high-capacity micromissile launchers recessed into dorsal shoulder compartments.

• Each pod carries 24 self-guided kinesis-tipped micromissiles, configured for anti-personnel or anti-light-vehicle roles.

• Smart-tracking and swarm fire modes available based on target density.

• Primary use: Mid-range saturation strikes, suppression fire, urban combat.

Kinesis Pulse Cannons (Backline Deployable)

• Two heavy-grade kinetic pulse cannons folded into dorsal chassis hardpoints.

• Cannons deploy and brace automatically during firing to stabilize recoil vectors.

• Fires concentrated kinesis bursts capable of punching through hardened bunkers, shielded emplacements, and heavy armor at range.

• Primary use: Anti-armor, siege fire support, fortified position neutralization.

Integrated Wrist-Mounted Ballistic Disruptors (Optional Module)

• Modular retractable disruptors for disabling enemy electronics, comms, or drones.

• Fires high-velocity electromagnetic sabot darts.

• Effective at 75 meters or less.

• Primary use: Anti-drone, tactical electronic warfare suppression.

Defensive Enhancements:

• Impact Shield Overlays: Micro-kinesis shield bursts auto-trigger at incoming high-velocity impacts.

• Magnetized Boots: Stabilizes the frame against recoil when pulse cannons or micromissiles fire.

• Self-Healing Ablative Layering: Minor scuffs, burns, and light ballistic pitting can be slowly mitigated by nanomaterial flow when out of active combat.