The Odysseus family of dazzler products by Tactical Laser Defense Systems (TLDS) represents a modular, scalable line of optical counter-drone and counter-surveillance tools designed to disrupt hostile sensors without kinetic force. Built around the same core principle—denying an adversary visual acquisition—Odysseus systems range from compact handheld units to vehicle-mounted platforms, each optimized for different operational environments. The family name reflects adaptability, endurance, and tactical ingenuity in the face of evolving threats.
"...and Odysseus blinded Polyphemus so his men could escape"

The MP-DEW-002 is a LASER Dazzler with patent pending technology whch makes it ideal for individual deployment as a defense against all types of drone attacks. The MP-DEW-002 has the footprint of a standard issue sidearm, so an individual soldiers muscle memory is already familiar with all of its functions. Its wide area aimpoint , approximately 5 feet in diameter at 50 yards, makes disabling an enemy combatant drones camera, a much higher percentage rate proposition than a simple laser, or even a shotgun. Power source is contained in a standard magazine configuration, so that a soldier is already familiar with the process of changing a discharged power source. In addition, the weapon is compatible with any accessories such as holsters, magazine pouches etc, that fit the basic footprint of a standard sidearm.

Dramatic video test showing what the FPV pilot sees trying to acquire a ground target. This is a camera shot looking down at the actual drone controller.

This still frame was captured during field testing using the DEW-002 system against an inexpensive, off-the-shelf hobbyist drone. The video was recorded in daylight conditions to better observe how the drone’s camera reacts to optical interference. In addition to the inherent difficulty of striking a small, fast-moving camera sensor with a concentrated point of light, conventional single-point laser effects tend to bloom briefly and then fade as the camera’s exposure system recovers. This recovery allows the drone to quickly regain visual clarity and continue normal operation.
US Patent Pending
63/632,095

This frame demonstrates the effect of a rasterized laser field on a drone’s camera system. Instead of a single point of light, the laser rapidly sweeps across a wider area of the image sensor. This continuous movement prevents the camera from stabilizing or recovering between exposures. The result is a persistent visual disruption that overwhelms the sensor, making it difficult or impossible for the drone to maintain a usable video feed. This is not a simple laser pointer effect — it is a controlled optical field designed to deny visual clarity to fast-moving aerial targets.

There are several factors which went into the decision to create a Man Portable C-UAV system which has familiar ergonomics. By creating a system which has the feel of a standard sidearm, additional training is negligible. The MP-DEW-002 can be deployed and utilized successfully on day one. Draw, aim and shoot and when power is low, drop the "mag" and insert a fresh one.

In addition, the weapon system can be used with existing holsters, and additional charged battery packs can be carried in existing magazine pouches, so that it integrates seamlessly into any kit

Civilian versions are available in bright safety colors complying with all Federal regulations

In addition, civilian versions comply with all FDA regulations for Class IIIb lasers

Recently Ukraine announced that they are looking for laser dazzler solutions which are drone mounted. While certainly feasible this amounts to hitting a speck with a dot while both are moving at speads approaching 50mph. Our patent pending technology turns a laser dot into an effective wide pattern. This is accomplished without relying on expensive or sensitive optics, such as beam wideners, which can be knocked out of alignment and add greatly to size, weight and cost.
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