TBT

TBT, a Thermal Imaging Specialist, Targets the Defense and Security Market with an Ultra-Compact Uncooled Module Suitable for Drone Integration

As warfare rapidly shifts away from large platforms and toward small unmanned systems and asymmetric capabilities, the importance of compact and lightweight surveillance equipment for drones is growing. In line with this trend, TBT Co., Ltd., a specialist in thermal imaging cameras and electro-optical/infrared (EO/IR) systems, has been gaining attention in the fields of drones, unmanned reconnaissance, and perimeter surveillance.

According to its website, TBT develops and manufactures electro-optical precision control systems and thermal imaging solutions optimized for both defense and commercial applications. The company presents a broad portfolio covering land, maritime, and airborne surveillance, as well as unmanned reconnaissance, drone detection, and OEM core products.

In its company introduction, TBT states that it specializes in the development and production of electro-optical precision control systems tailored for defense and commercial needs. Its in-house strengths include:

· gyro-stabilized domes

· turret-mounted electro-optical systems

· LWIR-to-MWIR thermal imaging camera applications
· long-, medium-, and short-range surveillance camera systems
· temperature measurement and analysis technologies 

One of the main reasons TBT has recently attracted particular attention is its ability to supply an ultra-compact uncooled thermal imaging module that can be mounted on drones.

According to the product data provided by the user, TBT’s ultra-compact thermal imaging module is based on an uncooled microbolometer and has a body size of 32(W) x 32(H) x 29(D) mm, with a weight of under 40 g. It also emphasizes low-power and low-heat design, while supporting:

· various Ge lens options 

· image-processing algorithms 

· Sun-burn Protect 

· multiple interface options including CVBS, Camera-link, BT.1120, and Ethernet TCP/IP

These specifications can be considered a strong advantage in operating environments such as small drones or unmanned reconnaissance platforms, where payload weight and power consumption are highly sensitive factors.

According to the product materials, the module is based on:

· 640x480 resolution 

· 12 μm pixel pitch 

· 8–14 μm spectral range

It also supports functions such as:

· color palettes 

· AGC presets 

· Image Detail Enhancement (IDE) 

· ROI 

· both manual and automatic correction

In other words, it is not merely a “small thermal sensor,” but a product designed with the image quality and operational convenience needed for actual surveillance and reconnaissance missions. This makes it well suited for drone missions that require improved target detection in environments where visible-light systems are limited, such as night surveillance, smoke, and fog.

Industry observers believe that as drone platforms continue to become smaller and lighter, demand for high-performance, compact, and lightweight uncooled thermal imaging modules will keep growing.

In this context, TBT is expected to further strengthen its presence as a supplier of ultra-compact uncooled modules for reconnaissance and surveillance drones, supported by its capabilities in thermal imaging modules, EO/IR systems, drone detection, and unmanned reconnaissance-related solutions.