Posted on 10/31/2026 1:54:11 PM PDT by adorno
Is the world in danger with Russians incapable of handling their own nuclear missiles?
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Ukrainians built it, but Russians seem to be lacking the experience to handle the missiles
Oh look, it’s adorno. How’s that Ukrainian invasion of Crimea you promised me a couple months ago coming along?
Address the topic.
Ukraine doesn’t need to invade what is already theirs, btw. Occupiers does not mean that the Ukrainians ceded Crimea to Russia. Duh!
What about the topic at hand? Don’t digress.
They're all the same person. They just log on with different accounts to give one of the five constant propaganda themes.
I’d rather have a Russian ballistic missile exploding on the launch pad instead of over Washington D. C.
Well, mostly
The RS-28 Sarmat intercontinental ballistic missile is manufactured by the Krasnoyarsk Machine-Building Plant (JSC Krasmash) in Krasnoyarsk, Russia.
Other key components and engines are produced by a wider network of Russian enterprises under the state corporation Roscosmos, including:
• Proton-PM (Perm) – manufactures the rocket engines
• FKE Perm Powder Plant (Perm) – supplies specialized powder and solid-charge components
• Designed by the V.P. Makeyev State Rocket Center (JSC GRC Makeyev) in Miass.
Okay so the missile failed during a test in 2024. It was not armed with nuclear material. The following is from GROK.
The event was a catastrophic test failure of an RS-28 Sarmat (NATO: SS-X-29/SS-X-30, media nickname “Satan II”) at the Yubileynaya silo complex at Plesetsk Cosmodrome.Ars Technica
Key verified details
- Missile specs: Launch mass is approximately 208–208.1 metric tons. It is a three-stage, silo-based, liquid-fueled heavy ICBM designed to replace the R-36M2 Voevoda (“Satan”).Missilethreat.csis
- What happened: Around 19–21 September 2024 (NOTAM window; FIRMS thermal anomalies detected ~20 September), a planned test ended in a major explosion. Maxar and Planet Labs imagery from 21 September shows a crater roughly 60–62 meters (about 200 feet) wide centered on the silo, extensive damage to surrounding structures/roads, debris, and nearby forest fires. The Yubileynaya complex (the primary/only suitable test silo for Sarmat at Plesetsk) was effectively destroyed.Ars Technica
- Fuel: Liquid hypergolic propellants—primarily unsymmetrical dimethylhydrazine (UDMH/heptyl) fuel and nitrogen tetroxide (NTO/N₂O₄) oxidizer. These are storable, ignite on contact (hypergolic), highly toxic, and energetic. “Devil’s Venom” is a historical Soviet nickname more precisely associated with earlier UDMH + red fuming nitric acid mixtures, but the term is sometimes applied loosely to these hypergolics; the chemistry is correctly described as volatile and hazardous.Popularmechanics
Missile test explosions and catastrophic failures have occurred in multiple countries over the past five years (roughly late 2021 to October 2026). These are relatively common during the development or operational testing of complex systems, particularly liquid-fueled rockets, new hypersonic designs, or solid-fuel programs under rapid development. Failures range from in-flight terminations and mid-air explosions to ground handling accidents involving propellants.
Notable examples (excluding Russia)
United States
- November 2023: An unarmed Minuteman III ICBM test launched from Vandenberg Space Force Base, California, was intentionally destroyed in flight over the Pacific due to an “anomaly.” The Air Force formed an investigative board.AP News
- July 2022: A Minotaur II+ rocket (used for testing Mk21 reentry vehicles linked to ICBM modernization) exploded approximately 11 seconds after liftoff from Vandenberg. Debris was contained near the pad; no injuries.Nationalinterest
- U.S. hypersonic programs (e.g., AGM-183A ARRW air-launched weapon and Conventional Prompt Strike / Dark Eagle) experienced multiple failed or canceled tests in 2022–2023, including booster failures and incomplete flights. Some programs were scaled back or canceled as a result.
North Korea
- 16 March 2022: A ballistic missile test failed shortly after launch, exploding at an altitude below 20 km (about 12 miles). Debris and a visible smoke cloud were reported near or over Pyongyang, according to South Korean military assessments and local accounts.Nknews
- Additional failures or partial failures have been assessed in other launches (e.g., a June 2024 test involving a probable multi-warhead or decoy payload that appeared to fail at around 100 km altitude, with South Korean thermal video showing tumbling and breakup). North Korea has conducted dozens of tests in this period, with a subset ending in explosions or short flights.
India
- 9 March 2022: During routine maintenance, a BrahMos supersonic cruise missile was accidentally launched from Indian territory and flew into Pakistan, crashing near Mian Channu (over 100 km inside Pakistani territory). India attributed it to a technical malfunction and later human error. Pakistan tracked the object; no casualties were reported from the impact. This was a rare accidental cross-border launch between nuclear-armed states.Fas
Iran
- April 2025: A massive explosion at Shahid Rajaei port (Bandar Abbas) killed dozens and injured over 1,000. Multiple reports linked it to Chinese-supplied sodium perchlorate (a key ingredient in solid rocket fuel for ballistic missiles) stored in containers. Iranian officials denied a direct military link in some statements, but the incident involved missile-related propellants.The Telegraph
- Satellite imagery has also shown scorch marks at Iranian launch sites consistent with possible undeclared or failed tests (e.g., September 2025 activity at Imam Khomeini Spaceport).
Broader context
Test failures occur across established nuclear powers (U.S.), emerging programs (North Korea, Iran), and even mature systems undergoing modernization. Causes typically include propulsion anomalies, guidance failures, structural issues, or propellant handling problems. Dramatic ground explosions (like the Russian Sarmat silo event) are rarer but not unprecedented when large liquid-fueled missiles or bulk propellants are involved. Commercial/space rockets (e.g., SpaceX Starship prototypes) have also had high-profile explosions during ground and flight tests in this period, illustrating that the underlying engineering challenges are widespread.
Article would be more convincing if it wasn’t composed of endless random and irrelevant images.
Or Ukraine sabotaged it, like they blew up the Nordstream Pipeline.
Skip to 2 minute mark to watch nuke missile blowing up in a silo.
Diamonds Are Forever
https://www.youtube.com/watch?v=xt_Kn4DggPg
60 meters seems too small for “Satan II”.
https://freerepublic.com/focus/f-chat/4401296/posts?page=10#10
Putin’s Giant Nuclear Missile EXPLODED in Its Own Silo... Satellite Photos Show a 60-Meter Crater
The War Briefing
2.29K subscribers
Oct 30, 2026
LENGTH 24:40
https://www.youtube.com/watch?v=QArpZhXwTec
“208 metric tons of liquid-fueled intercontinental ballistic missile — the RS-28 Sarmat, known to NATO intelligence as “Satan II” — has catastrophically exploded inside its own underground launch silo at the Plesetsk Cosmodrome in northern Russia. High-resolution commercial satellite imagery from Maxar Technologies and Planet Labs, paired with NASA FIRMS thermal anomaly data, reveals that the heavily fortified Yubileynaya launch complex has been completely obliterated, leaving behind a smoking 60-meter-wide crater in the Arkhangelsk forest.
In today’s 20-minute intelligence briefing, we examine the satellite and reconnaissance evidence behind the Plesetsk disaster, the volatile hypergolic fuel chemistry (”Devil’s Venom”) of the 208-ton Sarmat missile, the two forensic failure scenarios (cold-launch mortar failure vs. in-silo fueling detonation), the hidden Ukrainian engineering connection (Yuzhmash in Dnipro) that crippled Moscow’s heavy ICBM program after 2014, and the honest assessment of Russia’s remaining nuclear deterrent.”
⏱️ BRIEFING TIMESTAMPS:
00:00 — Cold Open: The 60-Meter Crater at Plesetsk & Kremlin Denial
00:55 — Satellite Discovery: Maxar Imagery, NASA FIRMS & USAF RC-135S Cobra Ball Tracking
03:30 — Anatomy of “Satan II”: Inside the 208-Ton RS-28 Sarmat & Hypergolic “Devil’s Venom” Fuel
06:45 — Forensic Autopsy: Cold-Launch Gas Mortar Failure vs. In-Silo Fueling Detonation
10:15 — The Ukrainian Secret: How Losing Dnipro’s Yuzhmash Engineers Broke Russia’s Heavy ICBMs
13:45 — 4 Consecutive Failures: How a Missile on “Combat Duty” Destroyed Its Only Test Silo
16:30 — The Honest Part: 5 Fact-Checked Realities About Russia’s Nuclear Arsenal (Yars & Borei Subs)
18:40 — 4 Things to Watch Next After the Plesetsk Nuclear Silo Disaster
📌 VERIFIED OSINT & INTELLIGENCE SOURCES CITED:
• Maxar Technologies & Planet Labs Commercial Satellite Imagery (Plesetsk Cosmodrome Yubileynaya Site)
• NASA Fire Information for Resource Management System (FIRMS Thermal Anomaly Data)
• Center for Strategic & International Studies (CSIS Missile Threat Project — RS-28 Sarmat)
• International Institute for Strategic Studies (IISS) & Royal United Services Institute (RUSI)
• Arms Control Association & Historical Yuzhnoye / Yuzhmash ICBM Program Documentation
If this event is factual, likely just the propulsion section exploded and not the warhead itself, which is reassuring.
Wise observation, Drew68. Thanks.
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