# No, Mahfuz, Russia’s “Oreshnik” Isn’t Unstoppable (Do the Math)

Source: https://www.youtube.com/watch?v=SbFqEyOPO1E
Recap page: https://rapidrecap.app/video/SbFqEyOPO1E
Generated: 2025-08-29T19:34:17.926+00:00

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## Quick Overview

The video debunks the idea that Russia's Oreshnik missile is unstoppable, explaining that while it is a hypersonic weapon, its maneuverability and ability to evade interception are exaggerated, and its cost is extremely high, making mass production unlikely. The presenter uses analogies and breakdowns of missile phases to illustrate these points.

**Key Points:**
- The Russian Oreshnik missile, while hypersonic, is not as advanced or unstoppable as portrayed, with its maneuverability and evasion capabilities being exaggerated.
- The missile's design, which allows for advanced maneuverability to avoid interception, is compared to the motion of a soccer player dribbling a ball blindfolded.
- The missile's reentry into the atmosphere creates a plasma sheath that, according to the video, prevents detection by radar and heat-seeking systems.
- The Oreshnik is described as having multiple warheads, similar to how hazelnuts grow, which can be deployed independently.
- While the US and other Western nations have hypersonic capabilities, Russia has battle-tested its hypersonic missiles very recently.
- The cost of manufacturing such missiles is extremely high, estimated at around $15 million per Oreshnik missile, making mass production difficult.
- The video argues that a key limitation is that missiles cannot cheat physics, and the Oreshnik's complex design and manufacturing process would be difficult to scale.

![Screenshot at 00:01: The video begins with a shot of the presenter, Ryan McBeth, who is a cybersecurity expert, discussing geopolitical topics and military technology.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-00-01.png)

**Context:** This video analyzes the capabilities and limitations of Russia's Oreshnik hypersonic missile. The presenter, Ryan McBeth, a cybersecurity YouTuber and geopolitical analyst, aims to debunk common misconceptions about the weapon's effectiveness and cost. He uses analogies and technical explanations to illustrate why the missile might not be as formidable as claimed, comparing its supposed maneuverability to a blindfolded soccer player and discussing the physics involved in hypersonic flight and reentry.

## Detailed Analysis

The video debunks the notion that Russia's Oreshnik hypersonic missile is an unstoppable weapon. Ryan McBeth explains that while the missile travels at hypersonic speeds (over 10 times the speed of sound, or 12,000 km/h), its purported capabilities are exaggerated. He draws parallels to the V-2 rocket and the concept of MIRVs (Multiple Independently Targetable Reentry Vehicles) to explain how warheads can be deployed. McBeth argues that the plasma sheath formed during reentry makes the missile difficult to track, but also makes it difficult to control or maneuver effectively. He highlights the immense cost of producing such missiles, estimating around $15 million per unit, which includes the structure, propellant, engines, avionics, and warheads, making mass production unlikely. He also points out that while the US and France have hypersonic capabilities, Russia has battle-tested its missiles, but the claims about their advanced maneuverability and evasion are questionable. McBeth uses an analogy of a soccer player dribbling a ball blindfolded to illustrate the difficulty of achieving precise maneuvers at such speeds. He concludes that the missile's advanced technology comes at a prohibitive cost and that its actual battlefield effectiveness is likely limited.

### Oreshnik Missile Capabilities

- Hypersonic speed (Mach 10+), potential for multiple warheads, advanced maneuverability claims debunked
- Plasma sheath during reentry hinders detection and interception, but also limits control
- High cost ($15 million per missile) limits mass production
- Russia has tested hypersonic missiles, but claims of advanced capabilities are exaggerated

### Missile Flight Phases

- Boost Phase (launch to burnout), Post-Boost Phase (decoy release), Middle Phase (midcourse defense), End Phase (terminal guidance and impact)
- Intercepting missiles is easier when they are flying directly and predictably, not maneuvering

### Cost Analysis

- $1-2 million for structure, $300k-$600k for propellant, $5-10 million for engines, $1-2 million for avionics, plus warhead costs
- Total cost estimated around $15 million per missile, potentially double with multiple warheads

### Comparison to Other Technologies

- Russian military capabilities discussed in context of sanctions and supply chain issues
- Comparison to US and French hypersonic programs
- Mention of drone technology and the F-35 program's manufacturing scale

![Screenshot at 00:01: The presenter, Ryan McBeth, a cybersecurity analyst and geopolitical commentator, introduces the topic of Russia's Oreshnik missile.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-00-01.png)
![Screenshot at 00:06: McBeth's YouTube channel, "Geopolitics News & Analysis," is displayed, highlighting his focus on unbiased geopolitical commentary.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-00-06.png)
![Screenshot at 01:24: A graphic displays the US military budget, providing context for the discussion of military spending.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-01-24.png)
![Screenshot at 01:53: A graphic shows the US military budget of $853,491,608,437, emphasizing the scale of military spending.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-01-53.png)
![Screenshot at 02:26: Archival footage of a V-2 rocket launch, illustrating early rocket technology and hypersonic flight.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-02-26.png)
![Screenshot at 02:40: A CGI animation depicting a hypersonic glide vehicle and an interceptor missile, illustrating the concept of aerodynamic breakup.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-02-40.png)
![Screenshot at 02:43: Footage of an RS-24 Yars intercontinental ballistic missile launch, representing advanced Russian missile technology.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-02-43.png)
![Screenshot at 03:28: Footage from the movie "Apollo 13" showing a capsule re-entering the atmosphere, used to illustrate the plasma sheath effect.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-03-28.png)
![Screenshot at 04:05: A shot from a military exercise showing soldiers playing soccer, used as an analogy for missile maneuverability.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-04-05.png)
![Screenshot at 05:47: An image showing the components of a Multiple Independently Targetable Reentry Vehicle \(MIRV\), explaining how multiple warheads are deployed from a single missile carrier.](https://ss.rapidrecap.app/screens/SbFqEyOPO1E/00-05-47.png)