Receive-only by design
The architecture has no transmitter. It does not jam, spoof, or interfere with anything, and it does not announce your position while you use it.
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KAMERIK INDUSTRIES
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FPV drones can broadcast their video feed over the air. Kamerik Industries is developing a portable system that detects analog FPV video transmissions and when reception allows, lets the operator view the feed directly.
We focus on hardware that turns difficult-to-observe conditions into clear, actionable information. The approach is deliberately practical: compact systems, understandable interfaces, field-serviceable design, and capabilities that earn their complexity.
The operator should understand what the device is telling them and why, not just watch a light change color.
Design around real handling, power, transport, mounting, and environmental constraints.
Prototype, test, measure, refine. Product decisions follow evidence rather than presentation.

Illustration, not a photograph. Hardware is in procurement — real build photos go in the build log below as they happen.
V1 is a portable receiver for detecting and viewing nearby analog FPV video transmissions — a straightforward indication that compatible RF activity is present, and a live look at the feed itself.
Built first for private owners — rural property, ranches, remote sites, and anyone who wants to know what is flying over their land. Not sold as a countermeasure and not capable of one.
Receive-only architecture designed to observe compatible signals without intentional RF transmission.
Initial development centers on identifying analog FPV video activity and exposing the received feed for operator review. V1 targets a single band; additional bands are planned once the first one is proven.
Compact embedded electronics intended for a self-contained enclosure and simple operator workflow.
The architecture has no transmitter. It does not jam, spoof, or interfere with anything, and it does not announce your position while you use it.
01No cloud service, no subscription, no account, no cell signal. The system remains operational without network infrastructure
02Where a signal is present and viewable, the device shows the video itself — the difference between knowing something is up there and knowing what it is pointed at.
03Designed, built, and supported in California — not rebadged from an overseas catalog. If something doesn't work right, the question goes to the person who designed it.
04Public specifications come after the hardware earns them. V1 is being built in deliberate stages, with each stage intended to answer a specific engineering question before the next iteration.
Receiver, video capture, control electronics, and software integration.
Portable packaging, power, thermals, controls, and cable management.
Characterize behavior across channels, distances, antennas, and environments.
Design-for-assembly, repeatability, documentation, and launch configuration.
Receiver modules, display, and antenna hardware are being integrated into the V1 development platform. Bench testing will validate signal acquisition, video output, and overall system behavior before enclosure development begins. Photos of the real hardware and test process will be posted here and on Instagram as development progresses — no renders passed off as hardware.
For product interest, technical collaboration, field-testing conversations, or general inquiries, contact Kamerik Industries.
contact@kamerikindustries.com ↗ @kamerikindustries on Instagram →