FTV 640 LRF1500 - Professional Vehicle Mounted Thermal Camera System

The FTV 640 LRF1500 is a professional, vehicle-mounted thermal imaging system engineered for demanding, wide-area surveillance. It offers a complete, integrated solution for monitoring thousands of hectares, day or night. Whether your objective is managing feral animals, monitoring livestock, securing assets, or ensuring perimeter security, the FTV 640 LRF1500 delivers unparalleled performance.

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Designed and manufactured entirely in Australia, the FTV 640 can be fully integrated with the HELLFYR 12000 or SPOTFYR 12000 spotlight and FYRSTIK remote handle. As a customer, you engage directly with our Australian design team for expert advice, ensuring you get a system that meets your exact operational requirements.

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FTV 640 LRF1500 Online Store Price: $4400 AUD

 

Talk Direct to the Australian Design Team Before You Invest in Thermal

When you contact us, you bypass the salesperson’s pitch and speak directly with the Australian designers who engineered this system based on extensive, real-world field experience.
 

The FTV 640 system did not simply appear; it is the result of thousands of hours of in field refinement under the most demanding Australian conditions. It was built from the ground up to solve the exact operational problems that professional cullers, land managers, and primary producers face every day—from detecting unseen feral animals hidden in deep treeline shadows at noon to delivering absolute visual clarity far beyond the reach of any spotlight at night. These products will allow you to cover more ground effectively saving you time and fuel.  

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Identify the Unseen and Account for Every Animal

Our 24-hour integrated system allows you to see what the naked eye misses. By revealing heat signatures hidden in deep shadows during the day, the FTV 640 ensures that populations previously unaccounted for are now clearly visible. This leads to greater efficiency, allowing you to cover more ground and save significant time and money.

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The Failure of Adapting Handheld Thermal Monoculars for Vehicle Use

A common mistake in the land management sector is attempting to adapt a handheld thermal monocular for a remote, vehicle-mounted application. Operators are frequently misled by retail salespeople and influencers into believing that a standard monocular can easily integrate with a tablet or wireless stream. In the field, this configuration inevitably fails due to severe Wi-Fi dropouts, high image latency, and unstable power supplies.

 

These consumer-grade devices are simply not engineered to withstand the continuous vibration, thermal stress, and voltage fluctuations of a roof-mounted environment.

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While a handheld thermal monocular is highly effective on foot, vehicle-mounted systems require a completely different engineering blueprint. To achieve maximum culling efficiency and 24-hour reliability, a design ethos of first principles dictates a split-system approach: a robust, hard-wired remote platform integrated into the vehicle infrastructure, paired with a separate monocular for ground tracking. The FYRLYT FTV 640 LRF1500 is this engineered solution.

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1500M INTEGRATED LRF & HUD (HEADS-UP DISPLAY)

The FYRLYT FTV 640 GEN 2.0 introduces a ground-breaking capability entirely unique to this market sector: a true Heads-Up Display (HUD). Featuring a 1500m constant-scan laser rangefinder, critical distance data is projected directly onto the vehicle windscreen in a large, customizable readout.

Positioned seamlessly in front of the driver or passenger, this advanced interface eliminates the need to look away at a secondary screen. By allowing the operator to maintain full situational awareness and scan at speed without ever taking their eyes off the track, this system is built from a design ethos of first principles to deliver unmatched field safety and operational efficiency. Once you've experienced you will never want to use anything else. 

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DSM - Dynamic Stream Management - A world first!

Dynamic Stream Management (DSM) is a unique software feature in the FTV thermal imaging system that addresses the common issue of frame drop and lag in video streaming. Here is a breakdown of the technical aspects and benefits of this technology:

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DSM Technical Overview:

 

• Real-time Frame Drop Detection: DSM actively monitors the video stream for any dropped frames.

• Instantaneous Frame Removal: When a frame drop is detected, the software immediately removes the lost frames from the stream.

• Camera and Tablet Synchronization: By removing dropped frames, DSM ensures that the camera and the viewing tablet remain synchronized to the current frame, providing a real-time image.

• Low Latency Stream: The system maintains a very low latency stream, with a lag of only a few milliseconds. The stream lag is displayed on the screen and is typically under 4/100ths of a second.

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DSM Benefits for the User:

 

• Eliminates Lag and Frame Drops: Unlike other thermal streaming systems that can suffer from significant lag and frame drops, DSM provides a smooth and uninterrupted video feed.

• Real-Time Imaging: The real-time image delivery is crucial for applications where immediate visual information is critical.

• No Buffering Delay: Traditional Wi-Fi streaming systems often have a buffer of 5-10 seconds, which is not suitable for this application. DSM eliminates the need for such a large buffer.

• Continuous Operation: Users will not have to restart the tablet or camera due to accumulated lag, a common frustration with other systems.

• Reliable and Steady Stream: DSM ensures a consistent and dependable video stream, allowing for confident and uninterrupted observation.

• World-First Technology: This innovative feature is a world-first in the thermal imaging space, setting the FTV 640 LRF1500 system apart from its competitors.

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Wifi stability to six tablets simulatenously!

Thanks to the FTV's 5G wifi system and the DSM you can stream up to 6 tablets simultaneously. This makes it ideal for eco tourism or observation and data collection by a team. There is no other system that can deliver this performance and streaming stability. ​

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