An-28 Armed with Interceptor Drones Goes Hunting for Russian Shaheds

Why It Matters

By turning a utility aircraft into a cheap air‑to‑air missile platform, Ukraine can neutralize expensive Shahed drones at a fraction of the cost of traditional interceptors, easing fiscal pressure on its air‑defense budget and enhancing battlefield survivability.

Key Takeaways

• An‑28 retrofitted with P1‑Sun and Merops drones for air‑to‑air interception
• Drone‑launched interceptors reduce cost per Shahed kill versus missiles
• Platform leverages existing turboprop fleet, bypassing need for new fighters
• Ukraine’s rapid drone innovation shifts economic balance of its air defense

Pulse Analysis

Russia’s Shahed loitering munitions have become a persistent threat, striking Ukrainian energy sites and front‑line positions night after night. Conventional surface‑to‑air systems can shoot them down, but each missile launch costs tens of thousands of dollars—far more than the $40,000‑$100,000 price tag of a Shahed itself. This cost asymmetry strains Ukraine’s limited defense budget and forces a continual scramble for affordable counter‑measures.

In response, Ukrainian engineers have repurposed the Antonov An‑28, a rugged 17‑seat turboprop, into a flying drone‑interceptor hub. Wing‑mounted pylons now carry the domestically produced P1‑Sun, described as a "cheap air‑to‑air missile," and the higher‑end Merops AS‑3 Surveyor system. Launched from altitude, these drones gain a speed and loiter advantage, allowing crews to vector the mothership’s sensors before release. The addition of a six‑barrel M134 Minigun further diversifies the aircraft’s defensive toolkit, turning a utility plane into a multi‑role counter‑drone asset.

The operational success of the An‑28 platform signals a broader shift in modern warfare: low‑cost, adaptable solutions can outpace traditional procurement cycles. If Ukraine can reliably intercept Shaheds with interceptor drones costing a fraction of a missile, the economic calculus of Russia’s drone campaign erodes. Moreover, the approach showcases how existing airframes can be swiftly re‑engineered for emerging threats, a model other nations may emulate as unmanned systems proliferate across battlefields worldwide.