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M9 LONG RANGE THERMAL IMAGING PTZ PAN TILT FLIR SECURITY SURVEILLANCE CAMERA
Experience unparalleled vision with the M9 PTZ Long Range thermal FLIR Imager. This cutting-edge device is equipped with F4 thermal imaging Zoom lenses that range from 250mm to 1750mm. In tandem, its HD Daytime CMOS BSI CCTV provides long-range IR corrected zoom lenses spanning from 25mm to 2600mm. To ensure versatility for various missions, the M9 platform can be augmented with a selection of additional sensors.
Industrial OGI (Optical Gas Imaging)
Unyielding in its resilience, the M9 boasts an IP68+ Submersible system, marking it as the epitome of ruggedness in long-range EOIR Day/Night vision imaging systems. But this device isn’t just about powerful optics. The integrated M9 systems and software suites are pivotal for oil & gas companies, enabling them to harness the power of computer vision for automating HSE, ESG, and operations. The M9's long-range OGI (Optical Gas Imaging) thermal camera systems incorporate advanced AI computer vision models, utilizing ultra-sensitive, long-lasting, high-performance certified OGI cameras on a steadfast pan-tilt mount. This ensures a relentless detection and quantification of VOC gas leaks on-site.
About the m9 long range thermal imager
The Science Behind Thermal Imaging
Using state-of-the-art thermal infrared technology, our cameras detect heat instead of light. This technology, often known as FLIR or Forward Looking InfraRed, generates images based on temperature differences, capturing details even in complete darkness. SPI employs the utmost quality SD and HD ultra extreme long-range systems, crafted for military, security, and monitoring applications.
Optical Gas Imaging (OGI) Technology
Producers across various US locations trust the M9 for its continuous VOC gas leak detection and quantification system. This system is a linchpin for operators to effortlessly adhere to state, federal, global (OGMP 2.0), and ESG regulations. Crucial telemetry data—including location, date, weather, duration, size, and equipment—along with video footage of leaks, is captured in real-time. This invaluable data is then dispatched to a cloud-based user interface and seamlessly integrated into our client’s SCADA systems, ensuring operational efficiency and compliance.
MultiSensor Systems: The SPI Advantage
Our SPI family of gyro-stabilized military-grade MultiSensor PTZ (Pan Tilt Zoom) systems harmoniously integrate long-range mid-wave (MWIR) and long-wave (LWIR) high-definition thermal imaging M series cameras. These come packed with daylight sensors, Laser Range Finders, GPS, SWIR, Color Night Vision, and more, ensuring the most demanding needs are met without compromise.
Customization & Global Presence
SPI specializes in tailoring long-range PTZ thermal imaging multi-sensor platforms to fit unique requirements. Deployed in key global locations, our robust systems guarantee uninterrupted 24/7/365 performance. Trust in SPI's legacy of offering the sturdiest, most reliable systems in the world.
M9's Technical Proficiency
With spectral bands ranging between 8-12μm (LWIR) and 3-5μm (MWIR), the M9 showcases a myriad of advanced features:
- Compatibility with most video and control units
- Dynamic scene and weather mitigation
- Superior range performance
- 4th Generation Thermal FLIR Technology
- High-definition HD Thermal IR camera integration
Support and reliability
Comprehensive Support & Integration
From the initial application to installation and training, SPI provides full support. With its plug-n-play setup, the M9 can be integrated into existing networks seamlessly. Sensor fusion, image blending, and advanced auto imaging modes further enhance its capabilities, making it the top choice for security professionals globally.
M9's Legacy & Reliability
The M9 isn't just a camera; it's a legacy of unmatched performance. From its battlefield-proven technology to its military-grade coolers, every aspect of the M9 is designed for longevity and reliability. Whether it's for border patrol, coastline protection, or general security, the M9 remains unmatched in its class.
Customization and add-ons
PACKAGE INCLUDES
- M9 Ultra Long Range PTZ EO/IR Imaging System
- MilSpec IP68, The most rugged and reliable long range system available anywhere.
- Cabling and Power
- Gyro Stabilization / Ranger Finder (optional)
- Long-Range Illuminator (optional)
- Operators Manual
- C2 Command and control station / Monitor)
SBE795 AI Innovative Panel
Experience effortless camera control with the SBE795 AI Innovative panel, featuring a robust touchscreen, integrated 6-dimensional joystick, and HD resolution screen for comprehensive camera monitoring and control.
Alternative Control Options
Choose from a variety of control options including a 4D joystick Controller with 5”, 7, or 9” LCD, and monitors up to 50” for extensive viewing. The multi-axis PTZ integrated keyboard offers both local and remote control, supported by IP and Ethernet RJ45 c2 connectivity, ensuring flexible and responsive camera operation
x-99 slew to cue anti uav radar
Border Security With Slew-To-Cue
PTZ Thermal Imaging FLIR cameras, tailored for border security, can seamlessly integrate with radars and other sensors in a "slew-to-cue" setup, enabling real-time detection, recognition, and identification of threats. SPI's thermal imaging systems offer a comprehensive solution, adaptable to various mounting locations. Additionally, SPI can integrate the slew-to-cue x99 radar, offering benefits like rapid setup, user-friendly operation, and resilience to severe weather. This radar, with its lightweight design and vast detection range, complements the PTZ cameras by providing an enhanced surveillance cover, ensuring round-the-clock security across all terrains and weather conditions.
Learn More
"Slew-to-cue" is a term used in surveillance and defense sectors, referring to the automation process where a sensor or camera system (e.g., PTZ Thermal Imaging FLIR camera) automatically redirects its focus (slews) to a specified coordinate or target (cue) provided by another sensor or detection system (e.g., radar). This coordination enables quicker response and assessment of potential threats, enhancing the overall efficiency and effectiveness of a surveillance or security system.