Photonmatrix has launched a crowdfunding campaign on Indiegogo for its portable laser mosquito repellent device. The system, which resembles a miniature sci-fi turret, uses LIDAR and laser technology to detect and eliminate mosquitoes mid-flight. Pricing starts at $498, and the company claims the device can kill up to 30 mosquitoes per second, even in complete darkness.
The system is built by inventor Jim Wong and combines high-precision LIDAR with a galvanometer-controlled laser. It can identify mosquitoes and distinguish them from larger objects like humans, pets, and birds, avoiding accidental firing. The laser operates silently and without chemicals, relying purely on infrared and laser targeting to neutralize flying pests within milliseconds.
The Photonmatrix standard version has a range of 3 meters, while the Pro model extends coverage to 6 meters. Both versions are IP68-rated for dust and water resistance and support up to 16 hours of operation when connected to a sufficiently powerful 24V power bank. Instead of using AI-based algorithms, the system relies on strict trigger conditions to ensure both safety and precision.
Buyers will receive the core laser unit, a power brick, a 2-meter DC cable, and a mounting base. Optional accessories include a rotating platform and a dongle for connecting to smartphone power banks that meet the voltage requirement.
While the campaign has already surpassed 1300% of its initial $20,000 goal, the Photonmatrix remains in the prototype phase. Mass production has not yet begun, and potential buyers should consider the usual risks of crowdfunding hardware. However, if successfully delivered, the Photonmatrix could offer a novel and highly targeted way to deal with mosquitoes in backyards, campsites, or fishing spots.
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