FLIR Ranger III LR MS - FLIR Ranger III XR MS - FLIR Ranger III XR+ MS - Thermal Imaging Camera

The FLIR Ranger III MS are multi sensor portable extended long range cooled thermal imaging systems

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FLIR Thermal Imaging Systems

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FLIR RANGER MS
This product is available on GSA. Please Call 1-888-919-2263 for more information.

About the FLIR Ranger III MS

The Power of the Multi-Sensor: The power of ultra long-range thermal and visible surveillance coupled with geo-location capability

More than the Sum of its Parts

The Ranger III Multi-Sensor (MS) is a powerful, sophisticated multi-sensor system designed for demanding, extremely long-range security and surveillance applications. In its MS configuration, FLIR joins the Ranger III’s high-resolution, continuous zoom thermal camera to a high performance TV camera with a long-range lens.

Optional GPS, Digital Magnetic Compass and Laser Rangefinder payloads are also available. The combination of these sensors allows operators to precisely geo-locate objects of interest, and display their position as an overlay on a digital map.

It is even possible to integrate Ranger III MS with radar systems to automatically direct the camera, and provide visual target assessment of the radar signature. The Ranger III MS offers control and compressed video over IP, as well as traditional analog video, and control with Pelco D, RS-232 and -422 serial formats.

  1. Thermal Imager
    High-resolution, continuous zoom thermal cameras come in 50x250mm, 100x500mm, and 150x750mm focal length configurations.
  2. Daylight Camera/LRF
    Choose between two daylight cameras and an optional laser rangefinder (LRF). The LRF permits precise geo-location of imaged objects.
  3. GPS
    Optional on-board GPS gives precise system location in latitude/longitude coordinates, which permits precise threat geo-location.
  4. DMC
    With an optional Digital Magnetic Compass (DMC), the Ranger III knows precisely where it is looking, making threat geo-location possible.
  5. JPC
    The Junction Protocol Converter (JPC) connects Ranger III sub-systems and external command/control systems via digital and analog pathways.
  6. Pan/Tilt Mechanism
    Operators can make fine adjustments needed for accurate threat geo-location.

See more, See farther

Ranger III’s high-resolution imaging capability lets operators see more detail from farther away

Maximum Detail

With FLIR’s Ranger III thermal security camera, you’ll see more detail from greater distances than ever before. Ranger III’s 639x489 detector creates crisp, high-resolution thermal video, putting more pixels on target for extreme image detail at unbelievably long ranges.

Maximum Range

The FLIR Ranger III comes with a choice of three long-range telescopes: 50x250mm, 100x500 and 150x750mm. In addition to their 5:1 optical zoom ratio, both models have 2:1 & 4:1 digital zoom, giving you the ability to reach out to targets far beyond the capability of any other thermal security camera in its class.

Ranger III - The best from the ground up

Not all long-range thermal security cameras are created equal. There are lots of factors that impact a thermal camera’s ultimate range performance. Is the detector a high resolution 640x480 array or medium resolution 320x240 array? How big are the pixels? What is the focal length of the telescope? Were the detector and telescope designed to work together from day one, or are they unmatched assemblies from different vendors? Does the thermal camera offer FLIR’s patent pending Digital Detail Enhancement? Does the thermal camera provide automatic focus and image adjustment? The Ranger III answers all of these questions to ensure maximum range performance.

  • FLIR Systems designed and produced the Ranger III’s thermal detector. It’s high-resolution 640x480 format has 4-times the picture clarity of cameras that use medium format 320x240 detectors.
  • The Ranger III high sensitivity detector pixels are 15µm in size. What does this mean to you? You can see more detail with Ranger III than with cameras that use detectors with larger pixels.
  • The Ranger III has built-in Digital Detail Enhancement (DDE) video optimization algorithms. DDE is a proprietary FLIR technology that brings out unmatched image detail.
  • Longer focal length lenses produce greater magnification, but just having a long telescope isn’t enough – the lens and detector package must be designed and optimized to work together. FLIR Systems is uniquely capable of these complex tasks, as we design and manufacture all of the critical components in the imaging system: detector – cooler – video processing - lenses.

FLIR designed the Ranger III from the ground up so that all of its critical components work together towards one goal: making Ranger III the best long-range thermal security camera around.

Applications for Thermal Imaging

Thermal security cameras compliment and complete your existing security network – you won’t believe what you haven’t been seeing

Border security

Thermal security cameras cover more territory with greater detail than any other sensor suite available. Networkable video and control make the Ranger III the perfect border security imaging solution.

Perimeter Security

Airports, hydropower generation, refineries, chemical plants, and other large facilities have perimeters that can encompass miles of real estate. Ranger III’s 24/7 multi-sensor network-ready coverage provides the ultimate security solution.

Long-range Detection

Thermal energy travels through many atmospheric obscurants better than visible light. Through smoke, dust, even light fog, thermal security cameras are ideal for detecting activity at extreme ranges.

A New Vision

Digital Detail Enhancement (DDE) is FLIR’s proprietary image optimization algorithm that releases scene details normally hidden from view. Objects of interest are often lost in scenes with large contrasts in temperature. DDE brings them out, displaying them automatically with corrections no human operator could make. The image on the right has DDE on.

Seeing more than ever before

Beyond the capabilities of linear auto gain/level controls and even non-linear histogram equalization, DDE automatically provides system operators with buried image details without sacrificing image quality. The image on the right has DDE on.

5:1 Optical Zoom

Each model of Ranger III offers 5:1 zoom, plus 2:1 and 4:1 e-zoom for a combination of situational awareness and outstanding range – night and day, in good weather and bad.

 

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Technical Details

Distance
Chart
Product
Datasheet

(1.83 MB)
Operation
Manual N/A

Pricing and Ordering Information

For a quote on thermal imaging products:
Call Toll Free: 1-888-919-2263
Outside US: +1-845-343-4077
This item requires application
design or engineering support.
Please call for further information.


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Please note that Power Supplies for all
Thermal Imagers must be purchased
separately (Handhelds and Kits Excluded)
9Hz Comparison This unit is available in a 9Hz Export Version. Please note exportation may require license from US Department of State. Learn More »

Muti-Sensor Ranger Configurations

Ranger III LR MS
Focal Length:
50mm & 250mm
Horizontal Field of View: 11° & 2.2°
Resolution:
640x480
Microbolometer:
Cooled
Ranger III LR MS:
System Pack 1
980 26X Zoom Visible Camera with Auto Focus
Horizontal Field of View: 42° to 1.6°
High Performance Pan/Tilt
Nexus TCP/IP Control
2-Ch MPEG-4 Streaming Video
2-Ch Simultaneous Analog Video
Pelco D, RS-422 Control

Ranger III LR MS:
System Pack 2
C22 22X Zoom Visible Camera
Horizontal Field of View: 12° to .54°
High Performance Pan/Tilt
Nexus TCP/IP Control
2-Ch MPEG-4 Streaming Video
2-Ch Simultaneous Analog Video
Pelco D, RS-422 Control
Ranger III XR MS
Focal Length:
100mm & 500mm
Horizontal Field of View: 5.5° & 1.1°
Resolution:
640x480
Microbolometer:
Cooled
Ranger III XR MS:
System Pack 1
980 26X Zoom Visible Camera with Auto Focus
Horizontal Field of View: 42° to 1.6°
High Performance Pan/Tilt
Nexus TCP/IP Control
2-Ch MPEG-4 Streaming Video
2-Ch Simultaneous Analog Video
Pelco D, RS-422 Control

Ranger III XR MS:
System Pack 2
C22 22X Zoom Visible Camera
Horizontal Field of View: 12° to .54°
High Performance Pan/Tilt
Nexus TCP/IP Control
2-Ch MPEG-4 Streaming Video
2-Ch Simultaneous Analog Video
Pelco D, RS-422 Control
Ranger III XR+ MS
Focal Length:
150mm & 750mm
Horizontal Field of View: 3.6° & 0.7°
Resolution:
640x480
Microbolometer:
Cooled
Ranger III XR+ MS:
System Pack 1
980 26X Zoom Visible Camera with Auto Focus
Horizontal Field of View: 42° to 1.6°
High Performance Pan/Tilt
Nexus TCP/IP Control
2-Ch MPEG-4 Streaming Video
2-Ch Simultaneous Analog Video
Pelco D, RS-422 Control

Ranger III XR+ MS:
System Pack 2
C22 22X Zoom Visible Camera
Horizontal Field of View: 12° to .54°
High Performance Pan/Tilt
Nexus TCP/IP Control
2-Ch MPEG-4 Streaming Video
2-Ch Simultaneous Analog Video
Pelco D, RS-422 Control

Ranger III XR+ MS:
System Pack 5
Visible Camera: D60 60X Zoom
Horizontal Field of View:
1X: 21° to .22° / 2X: 10.5° to .11°
High Performance Pan/Tilt
Nexus TCP/IP Control
2-Ch MPEG-4 Streaming Video
2-Ch Simultaneous Analog Video
Pelco D, RS-422 Control

Junction Protocol Converter for Ranger III MS Connectivity: Taking networkability to a whole new level

Analog and Digital Connections

The Ranger III MS thermal security camera comes ready for video and control over IP, as well as traditional remote control with RS-232, -485 and the Nexus software suite.

  1. Power
    28 Volts DC Input
  2. BNC Connectors
    For analog video output
  3. "IP" plug
    Ethernet connection for use with Nexus interface for camera and pan/tilt control and digital video
  4. "JCU" plug
    For access to system control via the Joystick Control Unit
  5. "NET IN" plug
    Connects to a host computer, allowing RS-485-RS-232 camera and pan/tilt control

NEXUS: Network multiple cameras and multiple users to make your investment in thermal security cameras a truly integrated solution

Middleware Solution

Nexus provides control of the entire security network. It features capabilities like plug-and-play control of FLIR’s thermal cameras, inter-sensor slew-to-cue alarm response, geo-referenced situational awareness overlay and much more. Integrate Ranger III MS thermal security cameras with the powerful Nexus camera mapping, display and control software suite. The right choice for applications requiring display and control over the internet, Nexus allows system control over a laptop or other host PC, as well as outputting multiple video channels in mpeg4 format.

 

Detection, Recognition, Identification (DRI)

Detection   Identification  

Ranger III (LR) 50/250mm: 50mm Wide FOV 11.0°(H) x 8.2°(V) - 250mm Narrow FOV 2.2° (H) x 1.6°(V)
~ 21,120 feet (4 Miles)
Human Detection
~ 6,437 meters (6.43 Kilometers))
~ 3,200 feet
Human Detection
~ 975 meters
Ranger III (XR) 100/500mm: 100mm Wide FOV 5.5° (H) x 4.1° (V) - 500mm Narrow FOV 1.1° (H) x 0.8° (V)
~ 31,680 feet (6 Miles)
Human Detection
~ 9,656 meters (9.65 Kilometers)
~ 5,280 feet (1 Mile)
Human Detection
~ 1,609 meters (1.6 kilometers)
Ranger III (XR Plus) 150/750mm: 150mm Wide FOV 3.6° (H) x 2.6° (V) - 750mm Narrow FOV 0.7° (H) x 0.5° (V)
~ 42,240 feet (8 Miles)
Human Detection
~ 12,874 meters (12.87 kilometers))
~ 15,840 feet (3 Miles)
Human Detection
~ 4,828 meters (4.82 Kilometers)

  • Human DRI Human DRI
  • Vehicle DRI Vehicle DRI
  • Boat DRI Inflatable Boat DRI
The Johnson Criteria assumes that the critical dimension for a human being is 0.75 meters. To get DRI, you need 1.5 pixels, 6 pixels and 12 pixels across 0.75 meters in the object pane. That means:

Detection  
1.5 pixels / 0.75m = 2 pixels per meter
Recognition  
6 pixels / 0.75m = 8 pixels per meter
Identification  
12 pixels / 0.75m = 16 pixels per meter
  
Assuming that a man is 1.83m by 0.5m, the following would apply:

Human Detection
Detection  
3.6 pixels by 1 pixel
(You can see something
is there)
Human Recognition
Recognition  
13 pixels by 5 pixels
(You can see that a
person is there)
Human Identification
Identification  
28.8 pixels by 8 pixels
(You can see that the
person looks like a soldier)
The Johnson Criteria assumes that the critical dimension for a human being is 0.75 meters. To get DRI, you need 1.5 pixels, 6 pixels and 12 pixels across 0.75 meters in the object pane. That means:

Detection  
1.5 pixels / 0.75m = 2 pixels per meter
Recognition  
6 pixels / 0.75m = 8 pixels per meter
Identification  
12 pixels / 0.75m = 16 pixels per meter
  
Assuming that a vehicle is 4m by 1.5m, the following would apply:

Vehicle Detection
Detection  
2.8 pixels by 1 pixel
(You can see something
is there)
Vehicle Recognition
Recognition  
13 pixels by 5 pixels
(You can see that a
vehicle is there)
Vehicle Identification
Identification  
26 pixels by 10 pixels
(You can see that the
vehicle may be a humvee)
The Johnson Criteria assumes that the critical dimension for a human being is 0.75 meters. To get DRI, you need 1.5 pixels, 6 pixels and 12 pixels across 0.75 meters in the object pane. That means:

Detection  
1.5 pixels / 0.75m = 2 pixels per meter
Recognition  
6 pixels / 0.75m = 8 pixels per meter
Identification  
12 pixels / 0.75m = 16 pixels per meter
  
Assuming that a inflatable boat is 9m by 1m, the following would apply:

Boat Detection
Detection  
4.5 pixels by 1 pixel
(You can see something
is there)
Boat Recognition
Recognition  
18 pixels by 2 pixels
(You can see that a
boat of some kind is there)
Boat Identification
Identification  
36 pixels by 4 pixels
(You can see that the boat
is a small Inflatable Boat)