Multi-Platform Employment – Extended Standoff
MAYHEM 10 is an autonomous, multi-role launched effect designed to deliver coordinated non-kinetic and kinetic effects at standoff. Employable from air, ground, and maritime platforms, it combines advanced collaborative autonomy with modular payloads to operate effectively in contested environments.
MAYHEM 10 expands mission options beyond traditional single-purpose systems by enabling operators to observe, disrupt, deceive, relay, or strike – based on how the situation evolves. By delivering effects forward of the force, it extends operational reach, accelerates decision-making, and reduces risk to crews and high-value platforms.
Multi-Platform Extended Standoff
MAYHEM 10 deploys from air, ground, and maritime platforms to extend host-platform standoff and enable threat detection and engagement at range. It pushes sensing and effects 100 km forward, allowing forces to operate outside threat envelopes while maintaining mission effectiveness.
Tailor the Effect to the Threat
A single MAYHEM 10 supports a wide range of mission effects, including ISR, EW, decoy, communications relay, and precision strike. With up to 10 lb of modular payload capacity, operators can tailor the effect to the threat without changing launch concepts or systems.
Coordinated Effects at Scale
MAYHEM 10 is designed for coordinated teaming – operating individually or as part of a collaborative group of effects. This enables expanded coverage, synchronized execution of missions, and the ability to overwhelm or confuse defenses without concentrating forces or platforms.
Advanced Autonomy for Contested Environments
MAYHEM 10 leverages advanced AI-enabled autonomy to maintain mission effectiveness in environments challenged by jamming, spoofing, degraded communications, and denied navigation. By reducing reliance on continuous operator control, it ensures resilient execution in complex contested environments.
Built to Adapt and Evolve
Built on a MOSA-based, interoperable architecture, MAYHEM 10 supports rapid payload integration and autonomy upgrades. This ensures the system remains aligned with evolving threats, technologies, and mission requirements.
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