Table of Contents
⚠ Disclaimer: This entry may be incomplete, out of date, or inaccurate. It is AI-maintained on a best-effort basis. Do not rely on it as a sole source — verify claims independently using the sources listed below.
Summary
Echodyne (Kirkland, Washington) makes miniaturized electronically-scanned-array (ESA) radar — branded MESA — that has become a common radar component embedded inside other vendors’ counter-drone systems rather than being sold primarily as a standalone end-user product. This is a useful distinction for this section: Echodyne is less a competitor to Dedrone or DroneShield and more the radar supplier several of them (and defense integrators) build on top of. In 2026 the counter-drone radar market has been described by Echodyne’s own CEO as “red hot,” with demand potentially growing tenfold by 2030. Limitation: as a radar (not RF/Remote ID) sensor, Echodyne detects any airborne object with sufficient radar cross-section regardless of RF emission — but like all radar, it still requires careful tuning to discriminate drones from birds and other clutter, and does not by itself identify a drone’s operator or protocol.
Key Facts
- HQ: Kirkland, Washington, USA
- Type: Company — radar hardware (ESA/MESA radar family) + EchoWare mission software
- Product line: EchoShield (medium-range, advanced threat discrimination), EchoGuard (short-range, ultra-low SWaP for urban settings), EchoFlight (tethered-drone-mounted radar for temporary elevated coverage), MESA (core radar technology), EchoWare (meshed radar management / fusion software)
- Stated detection ranges (EchoShield): ~1.5 km for very small UAS, ~3 km for small quadcopters, ~5.3 km for larger multirotor drones, ~7.9 km for small fixed-wing drones
- Major contract: Selected in 2026 as primary radar for Trust Automation’s Small-Unmanned Air Defense System (SUADS) under a $490M US Air Force IDIQ contract (awarded August 2025)
- Integration breadth: Radars integrated into offerings from at least 29 exhibitors at Eurosatory 2026; used on high-powered microwave systems (Epirus, ThinKom) and laser-based systems (AeroVironment, Electro Optic Systems)
- Status: Active; rapidly scaling production — opened a new facility in mid-2026 intended to lift production capacity roughly tenfold at full rate
How It Works
Echodyne’s MESA radars are solid-state electronically-scanned-array radars, engineered to be small, light, and power-efficient enough to mount on fixed towers, vehicles, tethered drones, or man-portable kits, unlike traditional mechanically-scanned military radar. They detect and track airborne objects by radar cross-section and kinematics rather than by RF emission — meaning they work identically well against RF-silent, non-cooperative, or Remote-ID-noncompliant drones, closing a gap that both FAA Remote ID monitoring and non-cooperative RF direction finding cannot: an object with no active RF control link at all (fiber-optic tethered, fully autonomous waypoint flight) is still visible to radar if it has enough radar cross-section, which is why this section treats micro-Doppler radar as the primary detection method rather than RF.
AI/ML classification distinguishes drone, fixed-wing, multi-rotor, vehicle, vessel, human, bird, and clutter categories to reduce false alarms in cluttered environments. EchoWare software meshes multiple radar units and provides a single fusion/C2 interface with an open architecture designed to integrate into third-party command-and-control systems — which is largely how Echodyne reaches end users: as the radar layer inside someone else’s C-UAS product. Notably, Axon announced in May 2026 that it would integrate Echodyne radar into its Axon Air and Dedrone platforms, directly linking this entry to Dedrone elsewhere in this section.
Notable Developments
- 2026-07: Defense News reports Echodyne CEO describing “red hot” counter-drone radar demand, with short-range radar demand potentially growing tenfold by 2030; company opens new production facility to scale roughly 10x
- 2026-05-27: Axon announces integration of Echodyne radar into Axon Air and Dedrone platforms
- 2026-04: Echodyne selected as radar provider for Trust Automation’s SUADS program under a $490M US Air Force IDIQ counter-drone contract (originally awarded August 2025)
- 2026 (Eurosatory): At least 29 exhibitor stands displayed Echodyne radars integrated into their own counter-UAS offerings
Limitations
- Radar-only, not identification: Detects and tracks by radar signature; does not itself decode Remote ID, identify drone manufacturer/model, or locate an operator — typically paired with RF, optical, or Remote ID sensors in a fused system (see Multi-Sensor Fusion)
- Primarily a component supplier: Most end users encounter Echodyne radar embedded inside another vendor’s product rather than purchasing directly, which can make independent performance verification harder for a given deployment
- Classification accuracy in dense clutter: Like all radar-based systems, drone-vs-bird and drone-vs-vehicle discrimination in busy or urban airspace depends on tuning and AI/ML model quality, not guaranteed by hardware alone
Key People
- Eben Frankenberg — Co-founder (2014), President and CEO; previously COO of Intellectual Ventures (grew from 50 to 550 people, $250M to $5B+ under management, incubated Evolv Technologies and Kymeta); earlier spent 9 years at Onyx Software in sales/marketing leadership. Bachelor’s in geophysics from Harvard, MS in geophysics from Stanford
- Series A ($15M) led by Bill Gates and Madrona Venture Group
People — Last Reviewed: 2026-07-07
Claim Verification
Claim: $490M USAF SUADS contract
Status: Verified via multiple independent trade press outlets. Supporting sources: UAS Magazine, The Defense Post, UASweekly.com all report consistent figures. Summary: Well-corroborated across independent defense trade publications.
Claim: EchoShield detection ranges (~1.5 km very small UAS, ~3 km small quadcopters, ~5.3 km larger multirotor, ~7.9 km small fixed-wing)
Status: Unverified independently — company-stated figures from Echodyne’s own site. Supporting sources: Echodyne Counter-Drone Radar page. Refuting/questioning sources: None found. Summary: Plausible given the radar class and stated use cases, but treat as vendor-published figures pending independent test data.