Stars, stripes, and missiles: What America’s arsenal says about the wars to come

From Minuteman silos to hypersonic missiles, the Pentagon is preparing for a new era of confrontation The US boasts impressive military capabilities that solidify the country’s position among the world’s military powers. This also applies to missile technology – the US maintains its status as a major global missile power, and long competed with the Soviet Union in the missile and space race. The US did not immediately recognize the potential for developing powerful rockets for launching spacecraft and delivering nuclear warheads over intercontinental distances. However, it soon caught up with the USSR and leveraged its advantages effectively. By investing significant resources and attracting top engineering talent, the US achieved breakthroughs in several areas: Solid rocket fuels, simple silo-based launch systems, compact thermonuclear warheads, and advanced guidance systems enhanced by cutting-edge electronics. These advancements ultimately led to the development of Multiple Independently Targetable Reentry Vehicles (MIRVs) and cruise missiles. The Cold War rivalry with the Soviet Union played a crucial role in the evolution of US missile technology, particularly in the development of the nuclear triad. Read more The might of the dragon: Why China’s missiles keep US admirals awake at night Historical background The US strategic nuclear forces were initially composed of a substantial fleet of long-range bombers designed to carry atomic bombs. Though the US was engaged in developing rocket technology, at the time, it did not receive the same level of priority as it did in the Soviet Union. In the aftermath of World War II, the US, like the USSR, studied the rocket-building legacy of the Third Reich. This endeavor was bolstered by the defection of prominent German rocket scientists like Wernher von Braun to the US. The foundation for US rocketry was laid in the late 1940s with the replication of German V-2 missiles.

Subsequently, American engineers began implementing new technologies that were pioneered in Germany, such as fuel tanks, new engine types, and fuels. By 1958, this led to the development of medium-range missile projects like Redstone, Thor, and Jupiter. That same period saw the initiation of work on Atlas – America’s first liquid-fueled intercontinental ballistic missile (ICBM) which proved to be more compact than the R-7 – the world’s first ICBM developed in the USSR by Sergey Korolev. The rapid advancement of chemical technologies in the US fueled rapid progress. At the time, solid propellant for missiles (composite propellant) was developed. This breakthrough facilitated the development of relatively compact submarine-launched missiles and initiated the deployment of the first American solid-fueled intercontinental missile, Minuteman I, in 1962. The benefits of solid fuel were clear: Ease of maintenance, non-toxic and non-self-igniting components, high reliability, and sufficient characteristics for delivering payloads. In the early 1960s, the US deployed both liquid-fueled ICBMs equipped with heavy megaton warheads and solid-fueled Minuteman missiles with medium-yield warheads; however, over time, only the Minuteman remained in service with the US Army. An LGM-30 Minuteman I Intercontinental ballistic Missile (ICBM) is launched from Launch Facility 6. © HUM Images / Universal Images Group via Getty Images Efforts were also underway to develop supersonic intercontinental cruise missiles like the AGM-28 Hound Dog and air-launched ballistic missiles for the US Air Force. By the 1970s, however, the focus shifted toward subsonic air-launched long-range cruise missiles. Interestingly, some speculate that the CIA ‘borrowed’ this idea from Soviet developers, whose project from the late 1960s failed to gain traction in the Kremlin and was subsequently shelved. The nuclear triad: Strategic systems