Jet-powered Shaheds force shift to high-speed, autonomous drone interceptors

Key facts

• Russia is increasingly using jet-powered Shahed drones in Ukraine; cited speeds are ~600 km/h versus ~100+ mph for other Shahed variants.
• Powerus says defeating jet Shaheds requires jet-powered interceptors (600–700 km/h) and increased automation to remove operators from terminal guidance.
• Powerus unveiled the fully autonomous Guardian 3 and aims for 5,000 interceptors/month by November; it also signed a radar-integration deal with Parsons and cites an $82m U.S. Air Force contract.

3 minute read

A surge in Russia’s employment of jet-powered Shahed drones in Ukraine is forcing a reassessment of what “affordable” counter-UAS looks like when the target set moves from slow prop-driven one-way attack drones to significantly faster systems. In the account provided, the newer jet-propelled Shahed variants are appearing with increasing frequency and are cited as flying at roughly 600 km/h (about 370 mph), compared with other Shahed versions just over 100 mph. That speed shift narrows engagement windows and stresses legacy counter-UAS approaches optimised for slower drones, driving requirements toward rocket- or jet-propelled interceptors and higher levels of automation.

Powerus, a U.S.-based drone company founded about a year ago, is seeking to address this gap. Its president, Brett Velicovich, argues that defeating jet Shaheds will require jet-powered interceptors operating in the 600–700 km/h class, alongside substantial R&D and automation to remove the operator from the terminal phase. The company claims its newest system, the fully autonomous “Guardian 3”, eliminates the manual terminal step and is conceptually closer to missile-style employment, while remaining manufacturable “in the thousands”. Powerus also positions scale as the centre of gravity: it aims to reach production of 5,000 interceptors per month by November, with an aspirational tenfold increase thereafter, framing interceptors as consumables akin to artillery rounds.

Cost exchange remains the strategic constraint. Velicovich notes the attacker can reportedly produce upgraded Shaheds for roughly $20,000–$30,000 and in “massive quantities”, implying defenders must reach comparable unit economics or accept unsustainable depletion. Powerus cites an $82 million U.S. Air Force deal for counterdrone systems that includes the Guardian family, and it signed a partnership with Parsons to pair radar systems with its interceptors for detection and cueing; it has also pursued international sales, including an unspecified arrangement with Pakistan’s army.

For European defence planners, the key implication is that the Ukrainian air defence problem is evolving from a slow-drone saturation challenge into a fast-drone, short-warning problem that will likely migrate beyond Ukraine as proliferation continues. European procurement and industrial strategy will need to prioritise rapid fielding of interceptor drones with high automation, robust sensor integration, and the capacity for sustained, high-volume production to protect critical infrastructure and population centres.

Source: Defense One