Summary of "Почему Путина не убили на параде 9 МАЯ? Охрана первых лиц государства."

Video thesis

An attempt to shoot Vladimir Putin on Red Square (for example, during the May 9 parade) is presented as effectively impossible for a lone attacker. The narrator explains, step by step, how legal, logistic, technical, human and media systems are layered to detect, prevent, neutralize and cover up any such attack.

Main points

1. Legal and acquisition barriers

Civilian access to high‑power rifles in Russia is tightly restricted: medical/psychiatric checks, storage requirements, exams, long waiting periods.
Rifled weapons available to civilians are limited (e.g., .308 max), so a shooter seeking .338/.300 magnum for range/penetration can’t legally obtain them.
The black market is portrayed as high‑risk and frequently run or infiltrated by security services (FSB), turning buyers into criminal cases.

2. Logistics and space control

Central Moscow becomes a “sterile zone” before major events: routes, parking and roofs are sealed or monitored; movement within the Garden Ring is flagged by automated systems; access to vantage points is blocked or closely controlled.
Few viable sightlines to the reviewing stand exist; those that do are state‑controlled buildings, hotels cleared for security, or residential buildings occupied by counter‑sniper teams well in advance.

3. Technical detection systems (“technical hell”)

A multi‑sensor network is described, including LIDAR/ladar, pulse Doppler radar, and acoustic arrays (e.g., Sova).
Lidar can pick up retroreflections from scope lenses; radar can detect a bullet in flight and calculate sector/trajectory; acoustic triangulation localizes shot origin.
These systems are networked and paired with AI to produce automatic alerts and assign targets to counter‑snipers or drones with very fast reaction times.

4. Counter‑sniper grid and rapid response

Three rings of live shooters/observers:
- Inner ring: near the podium (e.g., Kremlin wall, mausoleum), many pairs with short‑range rifles and thermal optics — immediate cover for the stand.
- Perimeter ring: roofs of GUM, hotels, central buildings — dozens of shooters/observers with tablets coordinating 360° coverage.
- Long‑range ring: heavy rifles disguised as other services, covering farther sectors and acting semi‑autonomously.
Every shooter has an observer/partner and is monitored by tablets and cameras; capture/cleanup teams and drones are ready to act within seconds to a few minutes.

5. Second‑by‑second consequence chain if a shot is fired

The video traces a short timeline from shot to response:

Trigger pulled.
Lidar/radar detection.
Counter‑sniper aim and response.
Bullet flight detected by radar; acoustics triangulation begins.
Strike/neutralization of shooter and drone/cleanup deployment if needed. - Media and information control are immediate: alternative footage/decoys (second appearance), instant narrative framing (lone shooter, foreign influence), rapid identification of the attacker and suppression/isolation of their story.

6. Lessons from history and protocol evolution

Security protocols are framed as built from past assassination failures (Kennedy, Sadat, Indira Gandhi, Rabin, Reagan) and recent incidents (attempt on Trump).
Resulting measures include secrecy of routes, equipment checks, rotation and vetting of guards, biometrics, behavioral screening, press area hardening, automation and redundancy.

7. Insider threat and internal controls

Insiders are treated as the most feared risk. Recruitment and retention in protective units include intense psychological screening, polygraphs, financial and family checks, and continuous monitoring.
Procedures limit what an individual insider can do (e.g., ammunition staged, bolts and rifles kept separately, 30‑second chambering rules). Partner observers and duroscope systems monitor colleagues; deviations trigger immediate neutralization.

8. Is it possible to bypass the system?

The narrator argues a lone attacker has near‑zero probability of succeeding because the layers are independent and multiply the chance of detection/failure.
The only realistic scenarios would be complex, large‑scale operations involving insiders, sabotage, electronic failure or coup‑level coordination — effectively not a single‑person “lone wolf” option.
Even with tactical success, contingency protocols (decoys, backup appearances, media control) can erase the effect.

Tone and closing

The piece is highly technical, paranoid and didactic: it presents the protection architecture as a near‑perfect, automated organism that closes all historical loopholes.
The narrator invites viewers to propose hypothetical attack plans in comments, promising to show how they would fail — a rhetorical flourish that underlines the claim of invulnerability.
The video is produced under the “Baza” brand; the narrator signs off referencing their Telegram channel.