Bell MX-2276 BOMI (BOmber MIssile) • Strategic Bombardment and Reconnaissance Weapon System

Why It Matters

Bomi promises a globally reachable, crew‑guided strike platform that could outpace existing ICBMs and bombers, fundamentally altering strategic deterrence and reducing reliance on vulnerable overseas bases.

Key Takeaways

• Bomi merges bomber and missile capabilities for global hypersonic strikes.
• Designed to reach 300,000 ft, 18,000 mph, two‑hour global flight.
• Crew‑guided navigation yields 1,500‑ft CEP, enabling precise nuclear targeting.
• Reusable platform supports both bombing and reconnaissance missions.
• Advanced cooling and double‑wall structure protects crew at 2,000°F.

Summary

The video outlines Bell Aircraft’s proposed Bomi (Bomber‑Missile) system, a hypersonic, rocket‑powered glider intended to replace traditional strategic bombers and intercontinental missiles by the mid‑1960s. It would launch from mobile sites, climb to 300,000 feet, cruise at 18,000 mph, and complete a global round‑trip in just over two hours, delivering nuclear payloads or reconnaissance gear. Key technical claims include a three‑stage booster launch, inertial navigation supplemented by crew observation, and a circular error probable of 1,500 feet—sufficient for nuclear strike accuracy. The airframe features a double‑wall, water‑cooled skin and liquid‑metal cooling at leading edges to survive temperatures up to 2,000 °F, while the sealed crew compartment maintains survivable conditions. The presenter emphasizes the system’s versatility: the same vehicle can carry a bomb or a suite of sensors, reducing the need for separate bomber and spy aircraft. He describes a typical mission flow—from pre‑launch checks and staged booster separation to glide‑phase targeting, bomb release 300 miles from the target, and automated landing—highlighting crew‑controlled corrections that improve reliability. If realized, Bomi would give the United States a rapid, hard‑to‑intercept strike platform, reshaping strategic deterrence and potentially rendering fixed overseas bases obsolete. Its dual‑use design promises cost savings and could extend to space‑research roles, signaling a shift toward flexible, high‑speed weapon systems.

Original Description

Dr. Walter Dornberger, a Bell Aircraft Company scientist, explaining a Bell Aircraft proposal for a strategic bombardment and reconnaissance weapon system named BOMI, and a description of the size, weight, accuracy, circle of error probability, reliability, versatility and growth potential of the weapon system.

From Wikipedia, the free encyclopedia https://en.wikipedia.org/wiki/Walter_Dornberger

Major-General Dr. Walter Robert Dornberger (6 September 1895 – 26 June 1980) was a German Army artillery officer whose career spanned World War I and World War II. He was a leader of Nazi Germany's V-2 rocket programme and other projects at the Peenemünde Army Research Centre. After the war, the US Nazi scientist recruitment programme Operation Paperclip saw him move to the US, largely avoiding punishment for involvement in war crimes, to work for some decades in high positions in aerospace, including for Bell Aircraft and Boeing.

2006 Declassification

https://apps.dtic.mil/sti/citations/tr/AD0161231

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