OctoPod

A State-of-the-art AESA Radar employs Active Electronically Scanned Array tech for precise, continuous tracking of maritime, land, and airborne targets. It classifies targets with ISAR and detects Search and Rescue beacons, offering situational awareness and response capabilities in diverse operational environments.

An EO/IR System integrates Electro-Optical (EO) and Infrared (IR) sensors for optical target identification, target tracking, and comprehensive evidence gathering. It enables surveillance and reconnaissance across various operational scenarios.

A Search & Rescue Direction Finder with broadband VHF/UHF coverage scans frequencies designated for SAR operations, including COSPAS-SARSAT signals. It locates distress beacons, supporting the rescue of individuals in emergency situations.

The OPTIMARE SLAR is a cloud-penetrating imaging X-band radar for day & night airborne maritime observation. It is used for mapping the sea surface with regard to oil spills, vessels, wakes and many more. The lightweight SLAR with its outstanding performance and its unique ultra-thin antenna design is the SLAR solution of choice.

The IR/UV Line Scanner is a standard sensor for airborne oil spill monitoring. It is capable of visualizing relative oil thickness. The OPTIMARE IR/UV Line Scanner is characterized by a unique optical design, an excellent maintainability and a broad operating temperature range.

The OPTIMARE VIS Line Scanner is a ruggedized, lightweight remote sensor operating at visible wavelengths (400 to 675 nanometres). In maritime surveillance, the system is used for acquisition of highly resolved geo-referenced Red/Green/Blue composite images. These images can be used for documentation and for supporting volume estimations based on oil appearance codes.

The OPTIMARE LFS-P is a compact nadir-looking (non-scanning) airborne laser fluorosensor for day & night classification of oil spills by type. The LFS-P is OPTIMARE’s fourth generation laser fluorosensor. More than two decades of expertise as well as progress in opto-electronics and laser technology enabled to develop a laser fluorosensor with roughly one-third in size, weight, and power consumption compared to its predecessor, the LFS Light.

The OPTIMARE MWR-P is OPTIMARE’s third generation microwave radiometer for airborne analysis of oil spills in terms of thickness distribution and volume. Two decades of experience in microwave radiometry enabled OPTIMARE to develop a microwave radiometer with roughly one-half in volume and weight compared to its predecessor.