Thermal Core Components

Transport Case

Rugged, watertight plastic shipping case for FLIR Ax5 SC kit series. Holds all items neatly and securely. The case can be locked with padlocks and features a membrane to prevent pressure build-up in airplane cargo holds.

Boson VPC Accessory w/ Analog

For the FLIR Boson Thermal Imaging Cameras

The Boson video/power/control (VPC) is an accessory that adapts the native high-density electrical connector to a simpler USB-C interface.

The Kit includes a VPC adapter, as well as a bifurcated cable with USB-A (power/control) and BNC (video) connectors.

Boson VPC Accessory

For the FLIR Boson Thermal Imaging Cameras

The Boson video/power/control (VPC) is an accessory that adapts the native high-density electrical connector to a simpler USB-C interface. The Kit includes a VPC adapter, and a USB-C to USB-A cable.

Boson Test Board, Detail PCB ASSEMBLY

Boson Development Board

The Development breakout board for Boson users and integrators that need easy access to the Boson I/O and interfaces. This board is intended for user development purposes, and is not intended or rated for long term reliability over temperature.

It provides full access to the Boson 80-pin connector with a number of connectors:

• standard USB-3 micro-B (Super Speed) receptacle
• standard SDR-26 receptacle with Camera-Link compliant output
• SDIO card slot
• UART header
• I²C header
• SPI header
• Power jacks

RHP-BOS-RC-IF

RC-IF Remote Control Interface for the FLIR Boson and Boson+

Ideal for sUAS and UAV operations, the RHP-BOS-RC-IF for FLIR Boson offers a streamlined way to control the FLIR Boson thermal imaging camera. Weighing only 5.8 grams, this device features 6 to 26 Volts DC Input with reverse polarity protection, ensuring safe and reliable operations. With the available S-Bus and PWM connections, drone pilots can easily manipulate their FLIR Boson parameters – Remotely! Additionally, this interface includes USB video support, two composite video outputs, and a USB video output for added convenience.

Integrating the Boson Thermal Camera into your UAS has never been easier.

16 Channel S-Bus & 5 Channel PWM Remote Control Interface Module

• Control Camera Features Remotely
• Powers RC Wireless Receiver
• Wide Input Voltage Range
• Reverse Polarity Protection
• Dual Video Outputs
• Setup and Calibration Software Included

The lock nut tool will attach to a torque wrench for proper tightening of the lens locking ring. Torque the locking ring to 4.0 in-lbs.

Teledyne FLIR Tau WFOV Lens Mount - Locking Ring Install / Removal Tool

The lens locking ring is designed to mount a Tau WFOV camera into a bulkhead. The M29 x 1.0 thread on the outside of the lens mount flange is placed through the clearance hole in the bulkhead and the O-ring seals the camera to the face.
The Type 2-025 O-ring is not for sale through FLIR. This is a standard O-ring available from many suppliers.

Teledyne FLIR NFOV Lens Holder for the FLIR TAU 2 Thermal Cameras

The focus-tool accessory, allows any FLIR Boson lens which cannot be focused by hand to be focused by engaging the appropriate slots on the lens barrel such that it can be rotated inside the lens flange. (The focus tool has been properly sized such that no vignetting results when it engages the slots on the lens barrel.) Note that lens configurations with focal length >25mm do not require a focus tool since focus is achieved by simply turning the outer barrel of the lens assembly by hand.

This product is NOT compatible with the following FLIR Boson Thermal Imagers:

Boson Tripod Mount

The Tripod-mount accessory, provides a means to mount a Boson assembly (or a Boson configured with either the VPC Accessory or the Camera Link Accessory) to a tripod via a standard 1/4-20 thread. It is designed to interface to the rear of the Boson via 4 x M1.6 screws.

FLIR 12V 4" Blackbody Source

for ALC & Supplemental FFC, offers a uniform temperature source for FLIR Tau 2 Thermal Cameras.

Low cost 4-inch blackbody which provides a uniform temperature source when using FLIR's Alt Lens Cal software to field-calibrate lens-less Photon or Tau cameras with third-party lenses, or to take advantage of the Supplemental Flat Field Correction (FFC) option available in the Tau 2, Vue Pro and many other radiometric camera models.

A blackbody is an important contributor to accurate thermography. In theory, a blackbody is an object with a known emissivity of 1, which means that it perfectly absorbs and radiates all thermal energy. In practice, blackbody simulators based on the theoretical model have an emissivity ranging from 0.9 to 0.99. This is good enough to provide the information needed to correctly calibrate a thermal camera.

• The FLIR Blackbody requires DC Voltage and has an input range of 0-24VDC.
• There are two power input plugs on the side of the blackbody, red is positive voltage, and black is ground.
• The kit includes one power supply that outputs 12VDC and gives an approximate blackbody temperature of 60° C / 140° F.

Temperature settings can be modified by the customer, depending on the power supply voltage. A voltage-to-approximate-temperature conversion table is provided.

Max Voltage 24VDC, Max Current 2.5 ADC

Take your imaging projects to the next level with the Teledyne FLIR MIPI Development Accessory Board. Featuring support for pixel formats like RAW8, 16-bit UYVY, and RAW14, this board offers unparalleled flexibility for your thermal imaging needs.

Whether you're working in single channel mode or dual channel mode, this accessory board provides incredible image quality and clarity. And with a lightning-fast MIPI DDR clock rate of 246 MHz and a latency under 4.8ms, you can count on this board for seamless image processing.