Products

Our factory provides laser rangefinder module, zoom MWIR camera, 905nm laser range finder module,etc. Extreme design, quality raw materials, high performance and competitive price are what every customer wants, and that's also what we can offer you. We take high quality, reasonable price and perfect service. 
View as  
 
High Pecision 3D Electronic Compass Sensors

High Pecision 3D Electronic Compass Sensors

STA-HD807 miniature 3D electronic compass integrates a 3-axis magnetic sensor, 3-axis accelerometer, and microprocessor. It features built-in algorithms for calculating heading, pitch, and roll angles, and supports compensation and correction for both hard and soft magnetic interferences, delivering high-precision attitude measurement.

Read MoreSend Inquiry
High Pecision 3D Electronic Compass

High Pecision 3D Electronic Compass

STA-HD-805 Mini 3D Electronic Compass consists of a 3-axis magnetic sensor, a 3-axis accelerometer, and a microprocessor. It incorporates algorithms for calculating pitch, roll, and heading angles, and features compensation and correction for soft/hard magnetic interference, providing high-precision attitude measurement. It outputs three-dimensional angular data: heading, pitch, and roll. It is widely used in fields requiring orientation and navigation, such as aviation, maritime navigation, drilling measurement, and military applications.

Read MoreSend Inquiry
Mini 640×512 SWIR InGaAs Cameras

Mini 640×512 SWIR InGaAs Cameras

STA-G640SW-IGA Mini type of Infrared Imaging Module is based on the 640×512 SW Infrared Detector and compatible with most similar types of IR detectors. It can transform the infrared radiation into visualized image. Rich functionalities and interfaces, compact size and low power consumption make it easy to use for the system integration and secondary development. It is utilized in various applications on the security & surveillance, border patrol, UAV load and R&D.

Read MoreSend Inquiry
Mini 640×512 SWIR Cameras

Mini 640×512 SWIR Cameras

STA-G640SW Mini type of Infrared Imaging Module is based on the 640×512 SW Infrared Detector and compatible with most similar types of IR detectors. It can transform the infrared radiation into visualized image. Rich functionalities and interfaces, compact size and low power consumption make it easy to use for the system integration and secondary development. It is utilized in various applications on the security & surveillance, border patrol, UAV load and R&D.

Read MoreSend Inquiry
FPV Drone AI Vision Tracking Module

FPV Drone AI Vision Tracking Module

STA-AI395 AI module natively supports CVBS video input and is equipped with self-developed AI image enhancement algorithms, enabling full-range quality optimization for incoming CVBS analog video signals. It delivers super-resolution detail enhancement and defogging enhancement, and generates glare-free full-color images even in dim or low-light environments. This effectively eliminates common night imaging flaws such as grayish tones, dimness and excessive noise, delivering crystal-clear full-color footage at night. Additionally, the module supports CVBS analog video output, features strong anti-interference capability, and ensures exceptional transmission stability, performance and reliability to adapt to various complex scenarios.

Read MoreSend Inquiry
640x512 Thermal Imaging Camera for FPV Drone

640x512 Thermal Imaging Camera for FPV Drone

STA-G64MF Micro FPV Drone Thermal Imaging Camera,Equipped with a high-sensitivity vanadium oxide uncooled infrared detector with 640×512 resolution, it accurately captures subtle temperature differences and performs reliably in complex environments such as nighttime and haze. Featuring lightweight and low-power design for easy integration, it is ideal for search and rescue, power inspection, security surveillance, and other scenarios, enabling allweather thermal imaging perception for drones.

Read MoreSend Inquiry
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept