Best Sdr Counter-uav Digital Module

Frequency coverage & bandwidth — The module must support the range of frequencies used by the UAVs you wish to counter (e.g., 300 MHz‑6 GHz or wider) and be able to cover a sufficient bandwidth (100‑200 MHz+) for modern FPV/control/video links. For example, one module supports 100 MHz bandwidth and 100 MHz‑6 000 MHz range.

Output power & jamming effectiveness — It should offer sufficient RF output power (e.g., 25 W or 50 W) to disrupt/control the UAV links at effective standoff distances. Example: 25W and 50W options listed.

Modulation/code support & adaptability — Ability to target specific UAV/control protocols (ELRS, Crossfire, Flysky, Ocusync, Lightbridge etc) via software‑defined radio so you can update the system as protocols evolve.

Compact & integratable form‑factor — Module should be compact and able to integrate into vehicle, fixed or portable systems (size, weight, voltage compatibility). Example: one weighs ~340g and size 58×155×29 mm.

Control interface & system integration — It should support digital control interfaces (IO enables, RS‑422, etc) for integration into a larger C‑UAV system with detection, C2 and other mitigation layers.

Software upgradeability & lifecycle protection — Because protocols and threats evolve, SDR modules that allow algorithm/sw upgrade without hardware replacement are preferred (protects investment).