The unit runs about 45kg and measures 62.9 by 49.7 by 35.3cm, so you'll need a cart or two people to move it, and typical lead time is 20 working days or so for a first order (usually 2-4 weeks if our company have the chassis in stock).

It basically pumps out 50 watts per channel across 433MHz all the way up to 5.8GHz, which gives you a solid 3km line-of-sight range — that's enough to cover a decent-sized facility or event perimeter without needing multiple units.

We've found most buyers go with the AC 220V setup for permanent installs at government sites or critical infrastructure, but the DC battery backup means you can run it for a couple hours if the mains drop, which is handy for temporary event security.
The 60cm directional array is controlled by an FPGA with PLL synchronization, so what it does is lock onto multiple drone frequency bands at once without drifting off-target like older analog jammers do, though it's not really suited for indoor use since the signal needs clear line of sight.

Also, teh MOQ is 5 units for the first batch, and we include a COA with HPLC purity data on signal components — just confirm if you need a TDS or SDS for shiping, because some carriers ask for that seprately.
Our standard MOQ is 2 units for the Chariot-CM, but we can discuss smaller orders for first-time buyers or pilot projects.
Lead time is usually 25-30 working days after order confirmation and payment, depending on current production load and component availability.
Yes, each unit ships with CE and FCC compliance test reports, plus a factory calibration certificate for the jamming modules.
Absolutely. We can tailor the frequency bands to your needs by adjusting the FPGA firmware and antenna array, but this may affect lead time and pricing.
It ships in a reinforced plywood crate with foam inserts. Store it in a dry, temperature-controlled environment between -10°C and 50°C, and keep it away from direct sunlight.