EOIR5
The EOIR5 is a tactical UAS turret that combines electro‑optical and mid‑wave infrared imaging with a STANAG‑3733 laser designator for rapid target acquisition.
- Origin
- Collected automatically
- Source
- Manufacturer page (insitu.com) +1 more
- Retrieved
- 25 Sept 2026
- Last checked
- 25 Sept 2026
- Report
- Report an error or request removal
Built for runway‑independent, Group 3 UAS operations, the EOIR5 matches the image quality of Insitu’s baseline ISR turret while adding a compliant laser designator. It features an integrated laser spot tracker, adjustable imager parameters, and supports simultaneous EO/IR feed blending for intuitive mission planning.
Payload
- Sensor
- electro‑optical / mid‑wave infrared
Source
- Source
- Manufacturer page
- Retrieved
- 25 Sept 2026
- Last reviewed
- 25 Sept 2026
- Confidence
- Medium · 80%
Collected automatically from the source; not reviewed yet.
Compliance/certification
- Certifications
- STANAG 3733
Source
- Source
- Unknown source
- Retrieved
- 25 Sept 2026
- Last reviewed
- 25 Sept 2026
- Confidence
- High · 90%
Collected automatically from the source; not reviewed yet.
General
- EO continuous zoom field of view
- 1.1–31.5 degrees
- MWIR continuous zoom field of view
- 1.6–22 degrees
- Laser designator compliance
- STANAG 3733
- Built‑in laser spot tracker
- yes
- Picture‑in‑picture display option
- available
- Digital video output
- yes
- MISB‑compliant metadata streams
- yes
- Multi‑imager, multi‑feed software
- supports simultaneous EO/IR blending
- Adjustable imager parameters
- allow dynamic configuration
Values are normalised to SI-style units. Open a value's source marker for provenance and confidence. Additional specifications are shown as published by the source, without unit conversion. Spotted an error? Report it to us, tell the manufacturer or claim this listing.
Ask Insitu about EOIR5
Altum-PT
A combined multispectral and thermal imaging sensor for agricultural remote sensing, providing high‑resolution data for crop health monitoring, irrigation management, and plant phenotyping.