Mk7 VEST Model 2 (Devraj Shankar) (Patreon)

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.