The Electronic Warfare Training Gap That's Grounding UAS Programs Before They Start

Electronic warfare is the leading cause of UAS mission failure in contested environments. Why most training programs don't address it, what the gap costs operationally, and how to close it before your program deploys.

In the April 2026 Senate Armed Services Committee hearing, USSOCOM’s commander identified building electronic-warfare-realistic training ranges in the United States as the single training investment he would prioritize with additional resources. The gap is real. And it exists at every echelon — not just special operations.

The Ukrainian operational record makes the cost quantifiable. Approximately 80% of FPV drone losses in contested operations are attributed to electronic warfare, not enemy fire. Operators who cannot diagnose interference in real time, adapt their link configuration under active jamming, or maintain mission continuity in a degraded RF environment are not operationally capable — regardless of what their certificate says.

What EW-Realistic Training Actually Requires

Most UAS training programs treat RF as a secondary topic. Operators learn how to fly. They learn the regulations. They might get a briefing on GPS spoofing. What they rarely get is hands-on experience diagnosing interference under realistic conditions — because that requires actual RF test equipment, instructors with spectrum operations backgrounds, and a curriculum built around what’s happening in current operational environments, not legacy doctrine from a permissive airspace era.

EW-realistic training requires operators to work with hardware that generates real interference signals in a controlled environment. That means equipment like software-defined radio platforms that can simulate jamming across the relevant frequency bands, exercises where operators must identify the interference source and adapt in real time, and scenario progressions that move from single-band interference to multi-band disruption — the operational reality in a contested environment.

It also requires instructors who understand the spectrum, not just the aircraft. An instructor who can fly a quadrotor but has never operated a spectrum analyzer cannot teach EW resilience. That background doesn’t come from a Part 107 certification.

The Gap by Training Category

Part 107 certification covers airspace rules, weather, regulations, and basic flight operations. It contains zero content on electronic warfare, jamming, or RF spectrum operations. A Part 107 certificate confirms an operator can legally fly commercially in uncontested airspace — nothing more.

Platform manufacturer training is typically focused on operating the specific system correctly under normal conditions. Troubleshooting a jammed link is occasionally mentioned. Systematic RF resilience development is not the focus.

Military UAS operator courses vary widely. Some cover spectrum basics. Very few include hands-on EW simulation at the operator level. Most treat electronic warfare as a separate domain handled by EW officers — which creates an integration gap when operators have no shared vocabulary or working knowledge of spectrum operations.

What Closing the Gap Looks Like

Forge and Flight Academy’s electronic warfare courses are built around this gap specifically:

FFR-101 — RF Awareness for Non-Technical Personnel — A two-day executive course for commanders and staff officers. Not technical depth — decision-making competency. What EW threats look like operationally, how they affect UAS mission planning, what questions to ask of technical staff, and what options exist when the spectrum is contested. The right course for O-4 and above who need to make informed decisions without becoming RF engineers.

FFR-201 — Tactical RF Fundamentals for UAS Operators — A five-day hands-on course for operators. Students work with HackRF One and PortaPack hardware throughout. By end of course, operators can diagnose interference in real time, identify the source category, and adapt link configuration to maintain mission continuity. Ukrainian operational lessons learned are integrated throughout — this is not academic theory.

FFR-301 — Advanced Electronic Warfare for UAS Operations — A five-day advanced course for experienced operators who need to plan spectrum operations, execute active EW countermeasures, and coordinate directly with S-6/G-6 electronic warfare officers in support of joint missions. BladeRF 2.0 hardware included per student.

The Integration Problem

Electronic warfare training in isolation doesn’t produce EW-resilient operators. The operators who survive in contested RF environments are the ones who understand the spectrum AND can fly the aircraft AND can troubleshoot the link AND understand how the airframe responds under degraded communications — all simultaneously.

This is why the Academy’s EW courses are designed to integrate with the FPV and systems courses, not stand alone. An operator who completes FFR-201 and FFF-401 has a fundamentally different capability ceiling than one who completes either course in isolation.

A Note on Training Timeline

The EW training gap is not fixed by a two-hour briefing before deployment. Building genuine RF resilience at the operator level takes dedicated training time with real equipment in realistic scenarios. The organizations that are investing in this training now — before contested operations — will have a significant advantage over those that identify the gap after their first mission failure.