### Industrial FLIR TG165 Thermal Camera Core Mainboard - Standalone Operational Unit - Integrated Long-Wave Infrared (LWIR) Micro-Bolometer Array - Ultra-Lightweight Low-Mass Flight Engineering - Ideal for UAV Drone Payload Developers, Hobbyists, Small Businesses & DIY Rigs - Tested Working
Bypass expensive R9,000+ hardware cannibalisation loops instantly, eliminate the heavy weight and aerodynamic bottlenecks of consumer handheld enclosures completely across your aerial rigs, and secure a verified, standalone FLIR TG165 thermal core mainboard safely below corporate B2B component trade broker markup sheets. Up for sale is a specialized, commercial-grade FLIR TG165 Thermal Core Mainboard Module. Meticulously inspected, contact-cleared, and digital sensor-load tested by our workshop team to guarantee 100% pixel matrix imaging continuity and signal data output efficiency, this robust hardware component is ready to wire straight flat into your development tracking lanes. Technical material parameters and serial data protocol tracking steps are fully aligned with standard industrial monitoring practices.
Featuring a genuine integrated FLIR long-wave infrared (LWIR) micro-bolometer sensor array caddy, an automated electronic frequency scaling chipset controller board, native multi-point logic bus connection pin terminal tracks, and an ultra-lightweight low-mass micro-circuit design layout, it coordinates your automated robotic telemetry workflows with absolute factory alignment.
🛑 THE ULTRA-LIGHTWEIGHT AEROSPACE PAYLOAD ADVANTAGE: Skip the extreme frustration, short flight times, and heavy processing bottlenecks of trying to mount a complete consumer handheld thermal camera onto your aerial platforms! Standard retail thermal units are packed with unnecessary consumer features and immense structural dead weightincluding chunky rubberized plastic handles, integrated battery packs, trigger mechanisms, and external LCD display panels that add useless ballast, drain drone flight runtimes, and ruin aerodynamic center-of-gravity alignments under load. This premium unbundled FLIR TG165 core mainboard completely eliminates those weighty overheads by delivering the pure, bare-circuit imaging hardware directly flat on a low-mass composite substrate completely offline. Pumping out raw temperature telemetry matrices across its native logic bus pins, it enables developers to wire the core straight into custom drone flight controller boards without forcing your flight rigs to carry a single gram of unnecessary retail camera plastic. It represents the ultimate low-cost, zero-hour hardware addition for independent drone start-ups, aerospace research labs, and private automated systems integrators who need absolute factory material reliability for pocket money. Sells 100% turnkey with absolute peace of mind. The Make an Offer feature is fully enabled for serious technical trade buyers.
#### COMPATIBILITY INTERFACE FITTING NOTE: This is a universal standard high-velocity industrial electronics and embedded automation computing component. The native interface logic bus pin terminal tracks connect and interface straight flat into standard Arduino development blocks, Raspberry Pi computing units, STM32 microcontrollers, and custom UAV flight controller expansion caddies without requiring restricted proprietary software tool overrides cleanly for pocket money.
#### KEY HIGH-SPEC INDUSTRIAL TELEMETRY CAPABILITIES
* Cannibalisation-Free Low-Mass Deployment: Stop wasting thousands of rands destroying complete R9,000 retail units. This standalone bare board completely bypasses the heavy plastic casings and display panels of consumer gear to optimize flight time metrics fluidly.
* Authentic FLIR Long-Wave Infrared Array: On-board micro-bolometer sensor maps environmental thermal energy fields and infrared radiation patterns cleanly with crisp pixel contrast, avoiding unverified third-party generic thermal lens defects.
* Whispering Silent Fanless Cooling Enclosure: Compact, fanless unibody circuit profile dissipates heat silently without requiring mechanical fans, completely preventing dust buildup inside your custom payload housings out-of-sight.
* Raw Multi-Variable Temperature Data Output: Total processing freedom. Advanced internal microchips organize real-time temperature telemetry grids concurrently, sending clean serial stream data blocks to your primary host controller seamlessly.
#### KEY TECHNICAL SPECIFICATIONS
* Component Source Brand: FLIR Systems Genuine Original Equipment Manufacturer High-Velocity Product
* Equipment Sensor Classification: Long-Wave Infrared (LWIR) Micro-Bolometer Thermal Core Assembly
* Hardware Board Structural Layout: Ultra-Lightweight Low-Mass Embedded PCB Prototyping Substrate
* Primary Interface Connectivity: Multi-Point Serial Telemetry Logic Bus Communication Pins
* Primary Deployment Optimization: UAV Drone Payloads, Robotic Navigation, Solar Panel Inspection, and Night Vision Rigs
#### Hardware Condition Report
* Technical Sensor Matrix & Logic: 100% brand-new factory-grade operational condition. The sensor lens is mirror-clear, the internal microchips initialize instantly upon logic current input, and the unit streams balanced temperature registry codes with absolute zero pixel bleeding or line-drop tracking defects.
* Logic Bus Pins & Solder Joints: Pristine. The lower copper circuit pathways, terminal connection prongs, and surface-mount components are perfectly straight, clean, untarnished, and entirely free of solder bridging or terminal corrosion rust tracks.
* Storage Packaging Condition: Excellent workshop condition. The mainboard component is physically uniform, completely clean, dry, and securely wrapped inside a thick, industrial-grade anti-static shielding material envelope flawlessly seamlessly.
#### Package Includes
* 1 x Operational FLIR TG165 Thermal Core Mainboard Diagnostic Component
* 1 x Professional Protective Anti-Static Shielding Storage Bag Enclosure
