Heaviside Industries Debuted Tyr Loitering Munition
The man-portable UAV aims to provide anti-armor capabilities for soldiers in communications-denied environments.
Updated on Oct. 12, 2026 in Robotics
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Heaviside Industries has unveiled the Tyr, a miniaturized loitering munition designed for anti-armor operations. The system is designed to operate in environments where communications are restricted.
Why it matters
The system was engineered following observations of the Russo-Ukrainian conflict to provide infantry with man-portable capabilities to strike main battle tanks. It represents a shift toward more lethal, localized robotics in mobile warfare.
The Tyr weighs under 15 lbs with a wingspan of 39.5 inches and a system length of 31 inches. It reaches flight speeds of 150 mph and supports Nammo warheads including explosively formed penetrators for anti-armor use.
The players
Heaviside Industries
A defense contractor focused on autonomous systems and drone technology that currently maintains a contract with the Department of Defense.
Nammo
An international aerospace and defense manufacturer that provides the high-performance warheads integrated into the Tyr system.
Nils Haagenrud
A spokesperson for Heaviside Industries who publicly disclosed details regarding the system's operational capabilities.
The details
The Tyr utilizes dual-band radios developed in-house to maintain control in contested electromagnetic environments. Operators maintain manual override options to wave off missions, land the vehicle, or trigger self-destruction if the link is severed. The platform is modular, allowing for warhead customization to address either anti-structural or anti-personnel targets.
Timeline
September 30, 2026: Nils Haagenrud discussed the system in an interview.
October 12, 2026: Heaviside Industries debuted the Tyr at the AUSA conference.
The Tech Race
This development follows a pattern set by the Russo-Ukrainian conflict, where high-cost armor faces increased threats from inexpensive, man-portable autonomous systems. The industry is currently in a race to integrate warheads that can neutralize hardened targets while remaining portable for foot soldiers.
This technology is intended for use by military units operating under the existing Department of Defense contract framework. Future deployment timelines for these munitions have not been publicly announced.
The takeaway
The Tyr demonstrates an ongoing shift toward integrating heavy anti-armor lethality into lightweight, autonomous drone platforms. Observers should track future Department of Defense procurement updates for indicators of widespread field integration.
Further reading
For more information on the evolution of military robotics, visit Robotics.
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