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Electronic warfare has become one of the defining features of modern conflict. Jamming systems can disrupt satellite navigation, interfere with communications, and reduce the effectiveness of precision-guided weapons that depend on GPS throughout their flight. As a result, defense developers are increasingly looking for ways to maintain accuracy even when navigation signals are unavailable.
One reported approach combines an unconventional launch platform with an alternative flight profile designed to reduce vulnerability to electronic attack.
According to published reports, a new missile under development (DART by Ukraine’s Center of Innovative Technologies Program) is designed to be released from a high-altitude balloon operating near the edge of the stratosphere. Instead of launching from a conventional aircraft or ground vehicle, the balloon carries the missile to an altitude of approximately 11 to 18 kilometers before release.
After separation, the missile initially uses satellite navigation during its descent. Once it reaches an altitude of roughly 6.5 kilometers, however, the navigation system reportedly shuts down. A solid-fuel rocket motor then propels the missile along a pre-programmed flight path that no longer depends on GPS guidance.
The concept is intended to reduce the effectiveness of electronic jamming during the terminal portion of the flight. According to Interesting Engineering, by eliminating reliance on satellite navigation before entering contested airspace, the system aims to continue toward its target even in environments where GPS signals are heavily disrupted.
Another distinguishing feature is the launch method itself. Releasing the missile from a balloon removes the need for a conventional launch platform and may reduce both deployment costs and the likelihood of launch detection. Reports suggest this approach could provide a lower-cost option for long-range precision strike compared with traditional cruise missile systems.
The reported payload weighs approximately 10 kilograms and is described as dispersing conductive graphite filaments intended to disrupt electrical infrastructure by creating short circuits rather than relying solely on explosive effects. According to available reports, the system remains under evaluation and has not yet completed military certification.
From a defense perspective, the concept reflects a broader trend toward developing weapons capable of operating in contested electromagnetic environments. As electronic warfare systems become more capable of degrading navigation and communications, alternative guidance methods and unconventional launch concepts are attracting increasing attention.
If successfully validated, the reported design would illustrate how changes to flight profiles and launch techniques can complement advances in missile guidance to improve resilience against electronic warfare while reducing dependence on traditional launch infrastructure.
