INERTIAL SHIELD ASSAULT / ISA
sc-063 [SPACE MASTERY PROTOCOL]
A specialized movement logic derived from high-intensity orbital defense data. By optimizing inertial control and vector alignment, this protocol enables the unit to maintain a defensive posture during high-speed approaches, effectively neutralizing the vulnerability of zero-G maneuvers.
- Frontal Shielding: Maintains shield guard posture during High-Speed Movement (HSM).
- Kinetic Resilience: -10% Damage taken during HSM.
- Vector Optimization: Increases turn and cruise velocity in Space environments.
SPACE-SPECIFIC PERFORMANCE
| Parameter | Adjustment | Tactical Merit |
|---|---|---|
| Turn / Cruise Speed | +6 / +5 Units | Superior position re-acquisition. |
| Thruster Recovery | +10% Efficiency | Reduces downtime after maneuvers. |
| Rapid Braking | -10% Consumption | Enables aggressive "Stop-and-Go" tactics. |
KINETIC INERTIA MANAGEMENT
Traditional space combat often penalizes rapid deceleration, leaving units drifting and vulnerable. The ISA-SYS refines energy distribution during Rapid Braking, allowing pilots to halt their momentum instantly for precise firing solutions without exhausting their propellant reserves.
⚠️ OPERATIONAL LIMITATION: This protocol is hard-coded for Zero-G environments. The "Assault Guard" logic requires active shield hardware; if the shield is destroyed, the forward-facing protection matrix is permanently neutralized.