Advanced High Power Microwave Systems

Introducing AlectoTM

Alecto™ is a mobile HPM system designed for agile C-UAS defense.

By combining VICTS phased array technology with high-output vacuum electronics, Alecto delivers exceptional power density in a compact, low-SWaP package, enabling effective "fire-on-the-move" protection against drone swarms on tactical manned and robotic vehicles.

What is High Power Microwave (HPM)?

  • Uses short pulse, high power RF emissions to damage electronics
  • Energy affects the target through antennas or coupling with other electronics to cause hard-kill defeat

Benefits and Features

ThinKom’s unique HPM capabilities strengthen C-UAS and Integrated Air and Missile Defense Architecture

Alecto Advantages

Agile. Efficient. Powerful.

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Deep magazine and low cost per shot
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Shoot-on-the-move capability
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Ability to defeat swarms and multiple targets at once
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Instantaneously disrupts or destroys electronics
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Unaffected by atmospheric conditions
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Safe to personnel
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Platform agnostic
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High power density

What is High Power Microwave (HPM)?

  • HPM uses short pulse, high-power RF emissions to instantaneously damage electronics at range.
  • Focused electromagnetic energy enters the target through antennas or couples with other electronics to cause hard-kill defeat.

What's Next for VICTS-Based HPM

ThinKom's Roadmap for the Future of Counter-Electronics

FIXED SITE

Minimal footprint for base defense and Homeland Security

MARITIME

HPM provides ships & watercraft protection in ports & landing sites

AIRBORNE

Conformal VICTS phased arrays are proven on airborne platforms

I.A.M.D.

HPM is a cost-effective addition to Integrated Air & Missile Defense

VICTS Exploded View Layer 1VICTS Exploded View Layer 2VICTS Exploded View Layer 3VICTS Exploded View Layer 4VICTS Exploded View Layer 5VICTS ThinKom

Patented VICTS
Technology

Our patented VICTS technology combines the efficiency and performance advantages of mechanically steered and electronically scanned arrays. It’s the best of both worlds.

Want to learn more?
Contact us for details.