Ukraine Expert Unveiling Russia 3M22 Zircon Hypersonic Missile Secrets

Defense News ,Russia ,Ukraine :-  Ukrainian analysts have recently disclosed the classified specifications of Russia’s elusive hypersonic cruise missile, the 3M22 Zircon, which was intercepted by US-made missile defense systems over Kyiv on March 25.

An intelligence document obtained by Defense Express has shed light on the findings of experts who meticulously examined the remnants of the intercepted missiles. Their analysis confirms that Russia has indeed made significant strides in missile technology by developing a hypersonic ramjet engine specifically for the Zircon. Unlike its predecessor, the Kh-47 Kinzhal air-launched ballistic missile, the Zircon is capable of maintaining sustained hypersonic speeds, marking a remarkable advancement in Russia's arsenal.

The launch sequence of the Zircon involves an initial "mortar" launch, succeeded by the activation of a booster stage, propelling the missile to soaring altitudes and achieving hypersonic velocities. Cruising at altitudes of several tens of kilometers, the Zircon attains a consistent speed of up to 5.5 Mach, effectively managing thermal stress in the rarefied atmosphere.

Intriguingly, analysis of the Zircon’s warhead has uncovered an unexpected revelation: its warhead weight, estimated to be approximately 100-150 kg with up to 40 kg of explosive material, is notably lighter compared to other anti-ship missiles. This raises pertinent questions regarding its effectiveness against larger naval vessels such as destroyers or aircraft carriers.

Despite its touted capabilities, the Zircon poses challenges in terms of production and deployment. Its projected cost could escalate to millions, presenting hurdles for mass deployment. Moreover, the resource-intensive development phase suggests limited production capacity, potentially yielding only a few dozen to a few hundred units annually.

Contrary to propaganda claims, uncertainties loom over the Zircon's suitability for its intended purpose of targeting large warships and aircraft carriers. Its complexity coupled with higher resource demands may further impede production rates, underscoring the formidable challenges associated with its deployment.