B-1721

**Discovery Date:** August 2, 1947

**Location of Recovery:** Simo Häyhä's home, replaced original with replica.

### **Description**

B-1721, identified as a standard Mosin Nagant M28-30 with damage consistent with what would be found on a M28-30 during the Winter War. B-1721 appears to have no modifications made to the gun itself. Bullets fired from B-1721 are classified as B-1721-2. B-1721-2 landing and reaching zero velocity, B-1721-2 instances cease to possess any anomalous properties.

### **Anomalous Properties**

#### **Pin-Point Accuracy**

When B-1721 is fired, B-1721-2 instances will travel in a straight path, despite external forces, and always directly hit the closest target in the center of the cerebellum accurately within 2 millimeters regardless of the direction of where the barrel is pointed.

#### **Indestructibility**

B-1721 and B-1721-2 instances when shot are indestructible, B-1721-2 instances lose this anomalous property upon hitting their intended target.

#### **Cooldown**

Upon firing B-1721, B-1721 can not be fired again for exactly 5 seconds despite if B-1721 has a bullet in the chamber or not.

### **Historical Significance**

The gun belonged to Simo Häyhä, also known as, "The White Death". B-1721 tells us a different story of The White Death, and how the famed sniper actually had anomalous help to achieve his prestigious title.

### **Containment Procedures**

B-1721 is contained within a specialized artifact containment unit, B-1721 must be kept on it's locked gun display with reinforced glass for observation, at the Anomaly Management Bureau's secure facility.

B-1721 must never be loaded with any bullets outside of testing.

Level 4 clearance is required for access, with all interactions recorded and monitored through CCTV.

## Detailed Test Notes

### **Test 01** - Anomolous properties of B-1721-2

**Date:** June 6, 1947

**Lead Researcher:** Dr. Imah Klaijell

#### **Procedure**

Testing B-1721-2's ability to travel to reach its closest target with obstacles in the way at a distance of 2km, high-speed camera was used to observe the bullet's trajectory and a 30cm meter thick solid lead wall was placed in-between the target and the shooter.

#### **Observations**

Upon B-1721 firing, the high-speed camera caught B-1721-2 travelling at its expected velocity, B-1721-2's velocity did not slow down despite air resistance and gravity, B-1721-2 penetrated the 30cm thick lead wall without ever slowing down and successfully hit and killed its target.

#### **Conclusion**

When B-1721 is fired, no natural forces appear to be able to have any affect on B-1721-2.

### **Test 02** - B-1721-2 accuracy

**Date:** June 13, 1947

**Lead Researcher:** Dr. Imah Klaijell

#### **Procedure**

To test how the pin-point accuracy works on B-1721-2 instances despite proper aim, a variety of highspeed cameras and X-Rays were used to observe B-1721-2's trajectory, the gun was pointed at about 90°'s counter-clockwise at the intended target from the perspective of the shooter.

#### **Observations**

Upon B-1721 firing, the high-speed camera caught B-1721-2 travelling at its expected velocity, however B-1721-2 was never caught leaving the barrel. X-ray observations could not detect the B-1721-2 instance inside B-1721 after the trigger was pulled, but B-1721-2 appeared to be instantaneously transported in front of the barrel. The bullet casing appeared to remain where it should be.

#### **Conclusion**

B-1721-2 appears to exhibit anomalous properties as soon as the trigger is fired. This test also shows that the bullet appears to be "moved" rather than fired by anomalous forces