Six mission-area pillars supported by domestic manufacturing in Plymouth, Michigan and engineering in Santa Clara, California. Capability statements available as PDF on request.
EOTECH's holographic weapon sights are the longest-fielded HWS class in U.S. service. Two-eyes-open targeting, true 1× viewing, and reticle-on-target performance through battle damage are the design priorities — refined over three decades of fleet feedback from SOCOM, USMC and U.S. Army formations.
| Flagship Lines | HWS (XPS, EXPS, 512/518/552), HHS Hybrid Sights, G-series magnifiers, EFLX mini reflex. |
| Reticle | 68 MOA ring with 1 MOA aiming dot · 65 MoA ring with 1 MoA dot (legacy) |
| NSN Coverage | 1240-01-617-3741 · 1240-01-547-1683 · 1240-01-575-2229 · plus accessory NSNs |
| Production Rate | Up to 22,000 sights / month at Plymouth, MI under fleet-replenishment ramp |
| Quality | AS9100D · ISO 9001:2015 · MIL-STD-810H environmental qualification |
Selected in FY25 for SOCOM Squad-Variable Powered Scope Phase III. Continued Marine Corps fielding under SCO-funded ramp. Allied production for AUKUS-aligned partners under USML Cat. XII.
Heads-up reticle systems, target recognition aids, and digital overlays compatible with PEO Soldier IVAS and similar HMD platforms. Reticle on target across postures — supine, low-ready, brace — without breaking head-up posture.
| Modalities | Reticle overlay, ranging assist, ballistic compensation prompt, friendly-tracking icon overlay |
| Integration | Bluetooth LE, USB-C tether, IPv6 over Picatinny data rail (ENVG-B aligned) |
| Latency | ≤ 22 ms photon-to-photon over Bluetooth LE link |
| Form Factors | Picatinny clamp · helmet rail · monocular |
Targeted at squad/team echelon where head-up posture and target hand-off speed are decisive. Co-developed with two PMs across PEO Soldier and DEVCOM C5ISR.
Wide field-of-view detection sights and rapid-acquisition reticles tuned for Group 1–2 sUAS engagement at squad and team echelon. Designed under joint counter-sUAS Office (JCO) capability gap framing.
| FOV | 15° detection / 4° engagement modes, hot-switchable |
| Reticle | Lead-prediction reticle calibrated for < 50 m / s targets |
| Mount | Picatinny & M-LOK · QD compatible |
| Status | Phase II OTA prototype submitted under W15QKN-22-9-1003 |
Lessons from recent overseas operations show that dismounted Group 1–2 detection lags engagement readiness. EOTECH's optic closes the perception gap for shooter-grade engagement without requiring a separate radar or RF-DF kit.
ClipNV, ClipIR and MonoNV systems — clip-on architectures preserving day-optic zero while extending into low-light and thermal regimes. Optimized for the holographic and Vudu day-optic stacks.
| Architectures | Clip-on day-optic (CNV / CIR), monocular hand-held, weapon-mounted |
| Tubes | Gen 3 white phosphor and emerging filmless / autogated; thermal cores 640×512 |
| Export | USML Cat. XII (a)(2) · DDTC-registered · DSP-5 / DSP-83 supported |
| Programs | FBI / federal LE fielding · USSOCOM clip-on attestation · NATO partner FMS |
Bluetooth- and tether-enabled fire-control accessories with open data interfaces. Designed to integrate into squad and team networks (ATAK / WinTAK / TAK-Mil) without proprietary lock-in.
| Bus | BLE 5.3 · IPv6 over Picatinny data rail · USB-C tether |
| Protocol | CoT 2.x · MIL-STD-2525D symbology · open JSON schema |
| Interop | ATAK / WinTAK plugins co-developed with USSOCOM & AFRL |
| Pilot | AFRL CRADA FA8650-24-9-7218 · DEVCOM C5ISR engagement |
Active Phase II and Phase III SBIRs, OTA-eligible prototyping, and CRADA partnerships with DEVCOM, AFRL and SOFWERX. EOTECH retains Phase III sole-source eligibility on three active topics.
| Phase II Active | 3 topics across Army DEVCOM, USAF, and SOCOM |
| Phase III Eligible | SVPS · C-sUAS Optic · Networked Reticle Overlay |
| CRADA | AFRL · DEVCOM C5ISR · NSWC Crane (in negotiation) |
| SBIR History | 11 awards since 2014 · 4 Phase III transitions |