Hide and Seek’s Deadliest Player 🤯

Published on October 24, 2025
Duration: 0:35

This content details a sniper engagement scenario where a target was located 1300 meters away on a mountain. Initial attempts by a C-130 using 30mm rounds were ineffective due to improper weapon zeroing, allowing the sniper to evade for several minutes. The target was ultimately neutralized with a GBU-39 glide bomb after being tracked via IR.

Quick Summary

A sniper engaged from 1300m on a mountain evaded initial C-130 30mm fire due to improper weapon zeroing. The target was tracked via IR and ultimately neutralized by a GBU-39 glide bomb after stopping under a tree.

Chapters

  1. 00:00Sniper Engagement at 1300m
  2. 00:14C-130 Engagement Issues & Evasion
  3. 00:26GBU-39 Neutralization via IR Tracking

Frequently Asked Questions

How was a sniper target neutralized from 1300 meters away?

The sniper was engaged from 1300 meters on a mountain. After initial 30mm rounds from a C-130 missed due to improper zeroing, the target evaded for minutes before being neutralized by a GBU-39 glide bomb.

Why did the C-130's 30mm rounds miss the sniper?

The 30mm rounds missed the sniper target because the weapons had not been properly 'doped in,' meaning they were not accurately zeroed for the engagement distance and conditions.

What technology was used to track the sniper during the engagement?

Infrared (IR) footage was utilized to maintain continuous visual contact with the sniper target throughout the pursuit and engagement phases, aiding in their eventual neutralization.

What munition was ultimately effective against the evasive sniper?

A GBU-39 Small Diameter Bomb (SDB) was used to successfully neutralize the sniper. This precision-guided munition was deployed after the sniper stopped moving and was located under a tree.

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