🔫Ballistic

Armor Coefficient indicates armor strength, correlating to the extent of health damage reduction. Applicable solely to bullets impacting the torso and back. For example, a .308 round causes 105 health damage in the Torso at point-blank (0-meter distance).

At point-blank range WITH an AVS Vest

• With an AVS Vest (coefficient 4), damage is reduced to 26.25 (105/4).
• The bullet goes through the vest and inflicts a Bullet Wound and Stage 2 Pain.
• The victim has a mid-probability of falling unconscious.

At 300 meters WITH an AVS Vest

• With an AVS Vest (coefficient 4), damage is reduced to 26.25 (105/4) – Distance Factor.
• The bullet is stopped by the vest and inflicts a Hematoma and additional shock damages.
• The victim has a high-probability of falling unconscious.

At point-blank range WITHOUT an AVS Vest

• Without an AVS Vest, damage is 105 at point-blank.
• The bullet inflicts a Bullet Wound and Stage 2 Pain.
• The victim has a mid-probability of falling unconscious.
• The victim is most likely dead.

At 300 meters range WITHOUT an AVS Vest

• Without an AVS Vest, damage is 105 – Distance Factor.
• The bullet inflicts a Bullet Wound and Stage 2 Pain.
• The victim has a mid-probability of falling unconscious.
• The victim is likely dead.

Bullet Damage shows a bullet’s initial damage potential at point-blank (0-meter distance).

• Damage diminishes with distance due to variables such as bullet weight, caliber, velocity, and air resistance.

Armor Ratings range from 0 (no protection) to 10 (maximum protection), reflecting the armor’s bullet-stopping efficacy.

• An armor that intercepts a bullet, causes additional shock damage (potentially rendering the target unconscious) and hematoma.
• An armor that fails to stop a bullet, results in a bullet wound, necessitating medical intervention (surgery kit or hemostatic bandage).
• Regardless of armor’s effectiveness in stopping the bullet, the incurred health damage remains constant.