Lightweight LS12 Anti‑Drone Jammer Gun, Removable Battery, Built‑in Thermal Cooling for Long‑Term Field Use

The unit runs eight independent jamming modules and covers ten frequency bands: 400M, 800M, 900M, 1.2G, 1.4G, 1.5G, 1.6G, 2.4G, 5.2G, and 5.8G. That range covers most consumer and prosumer drones on the market, including models that hop frequencies or use modified controllers to dodge basic jammers.

The housing is machined from 7075 aviation aluminum. It does two jobs: it keeps the unit light enough to carry, and it acts as a large heat sink. A built-in fan pushes air through the body, so the modules stay cool even when you hold the trigger down for long stretches. With that thermal design, the manufacturer rates the device for 5 to 10 years of service life. Field users won't need to baby it.

It is designed around one-handed operation. The grip fits a gloved hand, the trigger switch is positioned where your finger rests naturally, and the small status screen shows battery level and band state in real time. There is no assembly step: pull it from the case, and it is ready to use. Response time is under 3 seconds from trigger to jamming, and setting up or packing down takes less than 20 seconds. For a security officer who has seconds to react, that is the difference between stopping a drone and watching it fly past.

The nine selectable channels cover the ranges most drones actually transmit on:

• CH1 (1.5G): 1520–1620 MHz
• CH2 (2.4G): 2400–2500 MHz
• CH3 (5.8G): 5720–5850 MHz
• CH4 (5.2G): 5150–5250 MHz
• CH5 (1.4G): 1380–1480 MHz
• CH6 (1.2G): 1120–1280 MHz
• CH7 (800M): 835–890 MHz
• CH8 (900M): 900–960 MHz
• CH9 (400M): 430–435 MHz

Each band has its own independent button, so an operator can switch off bands they don't need and keep the unit focused on the active threat. The directional antenna concentrates power forward, which improves range on a single target and cuts interference in your own area.