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FLIR Systems, Inc. (NASDAQ: FLIR) announced today the launch of the FLIR Scion ™ Professional Thermal Monocular (PTM) for public safety professionals. The Scion PTM is powered by FLIR’s high-performance Boson ® thermal core for greater image quality and features connectivity with FLIR TruWITNESS® to allow real-time encrypted thermal video streaming to provide professionals with greater situational awareness. This press release features multimedia. The rugged Scion PTM features FLIR’s most advanced thermal imaging core, which allows users to quickly detect objects with greater detail and offer clear vision in low visibility conditions. Available in a 60 hertz refresh rate, the Scion PTM features 2 gigabytes of internal storage and a microSD ™ card slot to record both geotagged video or still images for later playback. Additional features include, picture-in-picture zoom, global positioning system (GPS) functionality, and both Bluetooth® and Wi-Fi capabilities to allow simple file transfer between devices. When linked with the FLIR TruWITNESS wearable sensor platform built for city-level security and public safety operations, Scion PTM combines video, audio, and location data to allow organizations to stream thermal footage of any pursuit, evidence recovery, or search and rescue effort to the command center via wireless network. “The FLIR Scion is FLIR’s most feature rich commercial thermal handheld monocular available, bringing a new level of technology to public safety agencies,” said Jim Cannon, President and CEO for FLIR Systems. “Additionally, the Scion PTM’s integration with FLIR TruWITNESS makes this an invaluable tool that will help provide public safety professionals with more information for real-time decision making in the field.” The Scion PTM, which replaces FLIR’s H series monocular thermal cameras, is available now in the United States starting at $3,295 MSRP Source: flir.com

FLIR Systems, Inc. announced three Neutrino™ midwave infrared (MWIR) camera cores: the small, lightweight FLIR Neutrino LC and two FLIR Neutrino Performance series cores, the SX12 and QX.

New Drone Equips Workers With A Reliable Everyday Tool For Dynamic Operations In Challenging Environments NEW YORK, Dec. 20, 2018 /PRNewswire/ — DJI, the world’s leader in civilian drones and aerial imaging technology, today revealed the Mavic 2 Enterprise Dual, a portable industrial drone equipped with powerful, side-by-side visual and thermal cameras that provide commercial pilots a reliable tool to operate better, safer and quicker in challenging environments. Developed in partnership with FLIR Systems, the Mavic 2 Enterprise Dual features the compact design of DJI’s Mavic 2 Series drones with the same array of advanced controls and accessories found in the Mavic 2 Enterprise. The Mavic 2 Enterprise Dual allows users to measure temperatures and conveniently store images and temperature data for efficient reporting and analysis, adding immediate value to a range of industrial or time-sensitive operations today from utility inspections to emergency response. “Drones are fast becoming a common sighting in public safety and inspection operations, where users get immediate value from a reliable aerial tool that can easily be deployed anywhere at any time,” said Jan Gasparic, DJI Director of Strategic Partnerships. “When DJI and FLIR first introduced the XT camera in 2015, we opened up a range of new commercial drone applications. With the Mavic 2 Enterprise Dual, we are enabling safer operations in more diverse environments so operators can focus on accomplishing their missions.” Powerful and Portable FLIR Thermal Imaging Mavic 2 Enterprise Dual features a three-axis gimbal stabilized camera housing a side-by-side 4K sensor for capturing visible light and a FLIR Lepton® thermal microcamera for capturing thermal data. Together these sensors allow pilots to perform flights at night, as well as fly in complex daytime conditions like fog and smoke.<1> Users can select from multiple intelligent display modes in the DJI Pilot flight control app to visualize data from the dual-sensor camera: FLIR MSX® – FLIR’s patented MSX, or multispectral dynamic imaging, embosses high-fidelity, visible light details onto the thermal imagery in real time to enhance visual details, helping pilots quickly identify and interpret critical data that may not be immediately visible to the naked eye. Spot Meter – Displays the average temperature of an object, helping pilots monitor and measure critical or hazardous objects while maintaining a safe distance. Area Measurement – Displays the average, lowest, and highest temperature, as well as the corresponding locations of each area, allowing inspectors to quickly assess objects and determine if an asset may be overheating. Isotherm – Allows pilots to designate specific temperature ranges to be displayed using a custom color palette so objects within the range relay higher contrast and better visibility. This feature includes custom profiles to aid search and rescue pilots in identifying people and to help firefighters identify hot spots in fires, as well as a custom profile setting for added flexibility. <1> Always check and comply with regulations concerning reduced-visibility flight operations. “The Mavic 2 Enterprise Dual equipped with the FLIR Lepton, our smallest thermal microcamera, offers a significant opportunity to introduce thermal imaging capabilities to more drone owners,” said Jim Cannon, President and CEO at FLIR. “This is our third product with DJI and its world-leading platforms, and this latest Thermal by FLIR collaboration is a significant step forward in making thermal an essential feature in the industry.’ Modular Accessories for Added Capabilities The Mavic 2 Enterprise Dual is compatible with the full line of Mavic 2 Enterprise accessories. They are securely mounted to the drone’s body and operated through the DJI Pilot flight control app. These accessories open new paths for pilots to communicate and work from the air, moving drones beyond imaging tools and into configurable platforms that enhance mission productivity. Spotlight – A dual spotlight with a brightness of 2,400 lumens aids operators in carrying out missions in dark or low-light areas. Spotlight is ideal for search and rescue as well as inspection applications. Speaker – A loudspeaker with a maximum projection of 100 decibels (1-meter distance) lets pilots play up to 10 custom voice recordings on demand, providing a communications channel to nearby individuals that can be critical during lifesaving emergency operations. Beacon – Designed with U.S. Federal Aviation Administration (FAA) Night Waiver standards in mind, the M2E Beacon features a bright flashing strobe visible three miles away. This helps pilots carry out missions in low-light conditions or at night much more safely, and provides additional airspace awareness for operators of nearby drones and traditional aircraft. Enhanced Data Security Features Mavic 2 Enterprise Dual includes the same features as Mavic 2 Enterprise to protect the integrity of photos, videos, flight logs and other data generated during sensitive flights. It incorporates 24 GB of onboard data storage and password protection, creating accountability for all access to the drone’s functions and stored data. When Password Protection is enabled, users are required to enter their password each time they activate the drone, link the remote controller with the drone, and access the drone’s onboard storage, giving them full, exclusive use and enhanced security. This provides secure access to the drone and its onboard data storage, while protecting that data even if the drone is physically compromised. In addition, a GPS timestamping feature encodes the time, date, and location of every recorded image taken by the visual camera, aiding in pilot accountability and ensuring that data captured by the drone can be trusted and used in situations from reviewing critical infrastructure inspections to potential legal proceedings. Mavic 2 Enterprise Dual users with heightened data security concerns can use the Local Data Mode feature in the DJI Pilot App which, when activated, will stop the user’s connected mobile device from sending or receiving any data over the internet. This provides added security assurances for operators of flights involving critical infrastructure, governmental projects or other sensitive missions. Improving Flight and Airspace Safety Every Mavic 2 Enterprise Dual comes equipped with DJI’s AirSense technology to help ensure drones remain a safe addition to the skies. AirSense improves pilots’ situational awareness and enhances airspace safety by automatically alerting drone pilots of ADS-B signals from nearby airplanes and helicopters and by sending real-time positioning alerts through the DJI Pilot flight control app. This technology provides an extra level of safety for professional drone operators who fly in congested airspace or near complicated operations, such as wildfire suppression, disaster recovery and infrastructure monitoring. Mavic 2 Enterprise Dual features DJI’s most advanced video and data transmission system, Ocusync 2.0, providing a more stable connection between the drone and its remote controller, even in environments with high electromagnetic interference such as urban areas. The system features stronger interference resistance and auto-switching capabilities that support both 2.4 GHz and 5.8 GHz frequency bands with the capability to use different frequencies for uplink and downlink data streams. Mavic 2 Enterprise Dual uses DJI’s FOC propulsion motors combined with efficient propellers for quieter and more efficient flight, delivering a maximum flight time of up to 31 minutes and a top speed of 72 kph (45 mph)<2>. In addition, a self-heating battery allows the drone to perform reliably in adverse weather conditions as low as -10 Celsius (14 Fahrenheit). <2> The Mavic 2 cannot sense obstacles during high speed flight (high speed tracking and Sport mode). SOURCE DJI

WILSONVILLE, Ore., October 17, 2018 – FLIR Systems, Inc. (NASDAQ: FLIR) today announced the DroneSense–FLIR Edition, a drone flight management software platform designed for public safety applications. FLIR announced a strategic investment in DroneSense, an Austin, Texas-based unmanned aircraft system (UAS) software platform maker, in April 2018 and this is the first product under that collaboration. DroneSense-FLIR Edition is the only software platform to combine thermal and visual imaging processing with flight data planning and management capabilities across public safety organizations to help improve incident response. DroneSense-FLIR Edition streams FLIR thermal sensor data directly into the software, making it a single-source, fully-integrated software platform for drones used in incident response applications such as fires, floods missing person search and rescue, disaster damage assessment and more. It includes features such as autonomous flight control, live video streaming, both on-scene and off-site, and drone asset and compliance management capabilities. The platform is hosted on a secure government cloud server and enables real-time data interpretation for a variety of drones and use cases. The DroneSense-FLIR Edition supports the DJI Zenmuse XT2 and any DJI drone-based thermal payloads offering Thermal by FLIR® with feature functionality including visual, thermal, picture-in-picture, side-by-side imagery, and robust telemetry feature set. It may be connected via Wi-Fi or cellular networks with multiple feed streaming capabilities or used as a stand-alone, independent communications remote ad-hoc network with automatic logging and syncing of all flight data. “Drones are a vital tool in various incident response scenarios, and the addition of FLIR thermal sensor data provides a powerful asset to first responders,” said Frank Pennisi, President of the Industrial Business Unit at FLIR. “The use of FLIR thermal technology on drones has earned tremendous interest by public safety organizations both due to their relatively low cost for an airborne surveillance system and rapid deployment capabilities. Now through our partnership with DroneSense, first responders can stream thermal data into DroneSense’s flight control software to transform incident response management.”

The latest addition to FLIR’s F-Series family of premium thermal security cameras, today FLIR introduces the F-Series ID, a high-resolution thermal security camera with on-board analytics. Featuring a best-in-class 640×480 FLIR thermal sensor with up to 300 percent greater thermal sensitivity than previous F-Series models, the F-Series ID provides crisp, detail-rich imagery in low-contrast conditions and yields better image and range performance, setting the standard for critical infrastructure customers needing threat detection and alarm assessment. The F-Series ID detects potential intruders in both low or zero light conditions, and its built-in analytics classify human and vehicular targets that pose a risk. At the same time, the F-Series ID ignores innocuous targets, such as wandering animals or swaying tree limbs, that might otherwise trigger nuisance alarms. The result is more reliable detection with fewer false alarms in total darkness or through sun glare, smoke, dust, and light fog. With five lens options, ­including 44, 25, 17, 12 and 8.6-degree field of views, the F-Series ID provides wide-to-narrow coverage that reduces the number of cameras needed to monitor fence lines, perimeters, and open areas. Combined with FLIR’s custom Automatic Gain Control (AGC) and Digital Detail Enhancement (DDE), the F-Series ID offers superior image contrast and sharpness. Offering simple plug-and-play installation and automatic calibration, the F-Series ID is certified for integration with most major third-party video management systems (VMS). The F-Series ID’s on-board analytics can even hand off intruders to other FLIR pan-tilt-zoom cameras installed at a site for autonomous tracking, which is a significant benefit for security operation centers. The FLIR F-Series ID is available in 30Hz or <9Hz versions. To learn more about the FC-Series ID, visit OEMCameras.com

Today, FLIR unveiled its most advanced commercial drone camera and aerial mapping system, the dual sensor FLIR Duo Pro R. Featuring both a thermal sensor with radiometry and a visible camera, the FLIR Duo Pro R gives professional drone operators the range and image detail needed to capture actionable thermal and visible imagery in a single drone flight. Ideal for a wide range of high-performance commercial, industrial, and public safety drone applications, the FLIR Duo Pro R allows operators to switch between thermal and video cameras in flight. With the option of a 336×256 or 640×512 thermal resolution sensor and a high-definition 4K color video camera, the FLIR Duo Pro R uses FLIR’s patented multispectral dynamic imaging, MSX®, technology to emboss high-fidelity, visible-light details onto the thermal imagery to improve image quality. The camera also offers a thermal, visible picture-in-picture mode, and records raw video and stills to two dedicated microSD cards. The FLIR Duo Pro R starts at $5,199 USD and will be available for purchase from authorized FLIR dealers in Q4 2017. To pre-order or to learn more about FLIR Duo Pro R, visit OEMCameras.com. Source: Flir.com

FLIR has introduced a new series of fixed thermal security cameras, the FLIR FB Series O. Designed for short to mid-range perimeter protection, the FLIR FB-Series O offers plug-and-play integration with FLIR United VMS and certified by other major third-party video management solutions, making it a versatile solution for new or existing security systems. Joining an award-winning line of perimeter protection thermal cameras, the FLIR FB-Series O thermal security camera features a 320×240 resolution thermal imaging sensor that detects potential intruders in total darkness, and through sun glare, smoke, dust, and light fog. Three separate lens options – 93, 49 and 24-degree field of views – provide narrow-to-wide coverage of fence lines, building perimeters, and open areas. The FLIR FB-Series O integrates with FLIR analytic encoders such as FLIR ioi TRK-101 that help distinguish humans and vehicles, and FLIR ioi TRK-101 P PTZ Tracker that hand-off targets to thermal or visible pan-tilt-zoom (PTZ)-enabled cameras on the same network. Advanced automatic gain control (AGC) and FLIR’s Digital Detail Enhancement (DDE) provide optimal image quality in all scenes and by integrating with FLIR United VMS thermal configuration, alarm notifications are easily managed. The FLIR FB-Series O comes with FLIR’s industry-leading 10-year warranty on the thermal sensor and a three-year warranty on the camera body. Global availability for orders begins in August 2017 through established FLIR dealers and integrators. For more information on the FLIR FB-Series O and FLIR’s complete line of security solutions, visit OEMCameras.com Source: Flir.com

Enabling superyachts, first responders and commercial vessels to visualize long-range targets with exceptional clarity, the new FLIR M500 Multi-Sensor Maritime Camera is our most advanced addition to the award-winning M-Series platform to date. The multi-sensor thermal maritime camera provides professional captains with enhanced situational awareness to detect targets more than 15 kilometers, navigate tight waterways and avoid collisions, day or night. The high-performing FLIR M500 offers FLIR cooled thermal technology, which differentiates itself from uncooled capabilities by offering the ability to detect minute temperature variations at a long-range, at higher-speeds and with enhanced sensitivity. M500 thermal body 1200×692 FLIR’s cooled thermal technology coupled with 14X optical zoom lens, gyro-stabilization for steady imagery on rough sea waters. The high-resolution visible camera provides superior detection of vessels, key landmarks and navigation aids while underway, fulfilling users needs to positively identify targets and ultimately avoid hazardous encounters while underway. The M500 will be available worldwide through established FLIR dealers beginning in September 2017. To learn more about the FLIR M500 and our other Maritime products, please visit OEMCameras.com Source: FLIR.com