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We've got a convoy detail coming up next month for a visiting delegation, and the usual handheld stuff just doesn't cut it when you're trying to cover a 200-meter perimeter from a moving vehicle, so I ordered this module to mount in lead SUV's trunk.
It's a 50W LDMOS unit with a circulator built in, running 2400 to 2500 MHz — that's the sweet spot for most consumer drone control links, and the sweep interference handles frequency hopping pretty well, though I'd still want to test it against a DJI Matrice on site first.
125 by 60 by 17 millimeters and 0.26 kilograms, so it's basically the size of a thick paperback and light enough to bolt onto a metal plate without re-engineering the vehicle's interior, and the low temperture drift means it won't crap out after 20 minutes of continuous use in summer heat.
This isn't for indoor use or close-quarters jamming — the 50W output will absolutely fry nearby unshielded electronics if you're not careful, and most buyers go with a separate antenna mount to keep the feed line loss under 1 dB, which we'll need to factor into the instalation budget.
Also, the frequency is custmized to that 2400-2500 MHz band, so if you're dealing with 5.8 GHz drones you'll need a different module entirely, but for VIP protection against the typical Phantom or Mavic threats, this covers about 90% of what we actually see in the field.
Lead time is usually 2-3 weeks form order, and teh MOQ is just one unit (check stock though — we had to wait an extra 10 days last time), so I've gone ahead and put in for two spares given the deployment schedule.
It delivers a solid 50W output across the entire 2400-2500MHz range. Thanks to the LDMOS transistor and circulator design, power stays stable even when you're at the edge of the frequency band.
Yes, we can tailor the frequency range to fit your specific needs—just let us know the band you're targeting. The module is built with customization in mind, so we can adjust it for different jamming scenarios.
MOQ is 10 units for a standard order. Lead time is usually 15-20 business days, depending on whether you need any customization or not.
We can supply a test report for output power, frequency accuracy, and temperature drift with each batch. Specific certifications like CE or FCC can be arranged on request, but they may add a bit to the lead time.
Keep it in a dry, static-free environment at room temperature, ideally 15-30°C. It's designed to handle a wide operating range from -20°C to +60°C, with low temperature drift thanks to the LDMOS tech.
