JT-30TLR

Introducing the JT-30TLR gimbal camera, an advanced gimbal system designed to deliver superior imaging and tracking capabilities for a variety of applications. At its core, the gimbal features a 1/1.8 Type STARVIS CMOS image sensor, renowned for its high sensitivity and low-light performance, coupled with a 30x optical zoom lens ranging from 6.5mm to 162.5mm. This powerful combination allows for detailed and crisp imagery with a total pixel count of 4.17 megapixels.

Enhancing its versatility, the JT-30TLR also includes a thermal sensor with a resolution of 640×512. Most importantly, most of the available models have a fixed lens for the thermal sensor, while digital zoom is supported. The good news is that the new model addresses a highly demanded solution to solve that issue. JT-30TLR has a variable focus length of 15mm to 75mm, and a 5x optical zoom. The thermal sensor boasts a 12-micrometer pixel size and a 25Hz refresh rate, ensuring precise thermal imaging capabilities.

Equipped with advanced AI functions, the gimbal offers human and vehicle identification and tracking, making it ideal for security, surveillance, and search-and-rescue operations. The integrated laser rangefinder provides accurate distance measurements up to 10000 meters, further enhancing its operational utility.

Designed for robust performance, the JT-30TLR supports multiple control methods including PWM, TTL, S.BUS, TCP, and UDP, and outputs via IP, ensuring seamless integration with various systems. It operates within a voltage range of 4s to 6s, accommodating different power configurations. For local storage, it supports SD cards up to 256GB, providing ample space for high-quality video and data recording.

Weighing 2530 grams and measuring 150mm by 256.7mm by 190mm, the JT-30TLR is engineered for stability and durability, making it suitable for deployment on various UAV platforms and other equipment.

Upgrade your operational capabilities with the JT-30TLR gimbal system, delivering high-definition visual and thermal imaging, reliable AI tracking, and precise laser rangefinding for a wide range of demanding applications.