FLIR Marine, a Teledyne Technologies (NYSE: TDY) company, has officially introduced the Ocean Scout Pro II, a new-generation handheld thermal imaging monocular designed to support the demanding operational needs of professional mariners, marine law enforcement agencies, and first responders. The device is engineered to deliver reliable long-range detection and enhanced target identification in environments where visibility is severely limited, including nighttime operations, fog, heavy rain, and offshore search scenarios.
The launch builds on the success of the award-winning Ocean Scout Pro platform, expanding its capabilities with upgraded optics and a refined design tailored specifically for distance-focused maritime surveillance and rescue operations. With this latest iteration, FLIR Marine continues its focus on providing mission-ready thermal imaging tools that combine rugged durability with intuitive usability in high-pressure environments.
Enhanced optics for long-range maritime awareness
At the core of the Ocean Scout Pro II is a redesigned optical system optimized for extended-range detection. The device features a 35 mm manual-focus lens paired with an 18-degree field of view, enabling operators to concentrate on distant targets with greater clarity and precision. This narrower field of view is intentional, prioritizing detailed observation over wide-area scanning, which is particularly useful in patrol, interception, and rescue coordination scenarios where identifying specific objects or individuals at distance is critical.
The improved optical configuration allows the monocular to detect human heat signatures at distances of up to 3,280 feet (1,000 meters). This capability provides significant operational advantages for maritime professionals, offering earlier situational awareness and more time to assess and respond to unfolding conditions. Whether used for offshore patrol missions, coordinated search-and-rescue (SAR) operations, or nighttime navigation support, the extended detection range enhances both safety and decision-making.
FLIR Marine has also incorporated its advanced thermal image-enhancement technologies into the Ocean Scout Pro II. These algorithms help improve contrast and clarity in challenging maritime environments, making it easier to identify low-visibility targets such as people in the water, partially submerged objects, small vessels, or navigation hazards. In real-world conditions where sea spray, darkness, and weather interference reduce visibility, this enhanced imaging performance becomes a critical operational advantage.
Designed for professional maritime and public safety operations
According to FLIR Marine, the Ocean Scout Pro II was developed with direct input from maritime professionals and public safety personnel. The goal was to refine the balance between performance, simplicity, and durability, ensuring the device could be used effectively under stress without requiring complex setup or calibration.
Michelle Hildyard, General Manager of Teledyne’s FLIR Marine brand, emphasized the importance of reliability and ease of use in mission-critical environments. She noted that maritime professionals and law enforcement officers often operate in rapidly changing conditions where immediate situational awareness can be the difference between successful intervention and missed opportunity. The Ocean Scout Pro II was therefore designed to activate quickly, operate intuitively, and deliver dependable imaging performance without unnecessary complexity.
The device is particularly suited for users who require focused, long-range observation rather than broad scanning capability. This makes it well aligned with applications such as coastal surveillance, harbor security, border enforcement, and coordinated maritime rescue missions, where precision targeting and confirmation at distance are more important than wide-angle environmental scanning.
Rugged construction for harsh marine environments
In addition to its optical enhancements, the Ocean Scout Pro II is built to withstand the demanding conditions typical of marine and offshore operations. The device carries an IP67 rating, meaning it is fully protected against dust ingress and can withstand temporary immersion in water. This level of protection ensures operational reliability even in heavy rain, rough seas, or accidental submersion scenarios.
Durability is a critical requirement for equipment used by marine law enforcement and first responders, who often operate in unpredictable environments where exposure to saltwater, humidity, and impact is unavoidable. FLIR Marine has engineered the Ocean Scout Pro II with these challenges in mind, ensuring that the device remains functional under sustained operational stress.
The monocular also includes an integrated rechargeable battery capable of delivering up to six hours of continuous operation. This extended battery life supports long patrol shifts, extended search missions, and overnight operations without requiring frequent recharging or battery swaps. The focus on endurance reflects the practical realities of maritime missions, where power availability may be limited and uninterrupted operation is essential.
Ergonomics and field usability
Ease of use is another central design consideration in the Ocean Scout Pro II. The device features a five-button control system that is specifically designed to be glove-friendly, allowing operators to maintain full functionality even in cold, wet, or high-stress conditions where fine motor control may be reduced.
The interface is intentionally streamlined, reducing cognitive load and allowing users to focus on observation and decision-making rather than device management. This is particularly important in emergency response scenarios, where rapid identification of targets or hazards can significantly impact outcomes.
The ergonomic design also supports extended handheld use, reducing fatigue during long observation periods. Combined with its balanced weight distribution and compact form factor, the monocular is intended to be easily integrated into standard maritime gear without adding unnecessary burden to operators.
Wireless connectivity and digital evidence support
To further enhance operational efficiency, the Ocean Scout Pro II includes wireless image and video streaming capabilities via the FLIR Responder mobile application. This feature enables users to transmit thermal imagery in real time to connected devices, supporting coordination between field teams, command centers, and support personnel.
The ability to stream and share thermal data is particularly valuable in multi-agency operations, such as coordinated search-and-rescue missions or joint law enforcement patrols. Real-time visual information allows teams to make faster, more informed decisions, improving response effectiveness and operational coordination.
In addition to live streaming, the system also supports evidence collection and digital file management. Recorded imagery can be stored, reviewed, and shared for documentation purposes, providing valuable support for post-mission analysis, training, and legal or investigative requirements. This capability is increasingly important for marine law enforcement agencies, where accurate documentation of incidents is essential.
Availability and support
FLIR Marine has confirmed that the Ocean Scout Pro II is available immediately through its global network of authorized dealers and distributors. The product is backed by a five-year limited warranty, reflecting the company’s confidence in its durability and long-term operational reliability.
As maritime operations continue to evolve with increasing emphasis on safety, surveillance, and rapid response capabilities, tools like the Ocean Scout Pro II are positioned to play an important role in supporting both routine patrol activities and critical emergency interventions.
By combining long-range thermal imaging performance with rugged construction, simplified controls, and modern connectivity features, FLIR Marine aims to provide professionals with a dependable situational awareness tool designed specifically for the challenges of the marine environment.
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