Stable Inertial Systems Ltd. Factory Tour

Stable Inertial Systems Ltd. has developed independent design capabilities for a comprehensive range of products, including fiber optic gyroscopes, MEMS gyroscopes and accelerometer chips, inertial measurement units (IMUs), integrated navigation systems, integrated guidance components, and electro-optical pods. With over three decades of R&D experience in inertial navigation, we possess robust technical expertise. Our core competencies encompass MEMS gyroscope and accelerometer chip design, multi-core fusion technology, and optical sensing systems. Through continuous technological advancement, we have achieved global leadership in industrial scale expansion. Our solutions not only deliver high-performance products but also significantly reduce production costs.

Fiber Optic Gyroscope:

As an industry leader in high-precision fiber optic gyroscopes, our company delivers products with an accuracy of 0.001/h through proprietary innovations including low-noise integrated chips, miniaturized fiber optic rings, nested structural designs, and noise suppression technologies. With an annual production capacity exceeding 10,000 units, we maintain a leading position in this field.

Inertial Navigation System:

The company boasts extensive experience in inertial navigation system applications and outstanding customization capabilities. It has developed a matrix product series comprising over 50 models with varying precision and functional configurations, suitable for diverse application scenarios including aerospace, marine exploration, and ground equipment. Additionally, core components such as MEMS gyroscopes/accelerometers and fiber optic gyroscopes are self-developed and self-manufactured, ensuring stable supply and reliable quality.

High-performance MEMS inertial sensor chips:

Developed under the leadership of industry-leading scientists, this technology encompasses multiple core innovations including fully symmetrical MEMS gyroscope sensors, axisymmetric array MEMS accelerometer sensors, silicon-based MEMS fabrication processes, and wafer-level vacuum packaging. The resulting high-performance MEMS inertial sensor chips demonstrate exceptional precision, compact size, cost-effectiveness, lightweight design, and low power consumption, with performance matching that of internationally renowned manufacturers.

Photoelectric Pod:

The Tianjian Photoelectric Pod series is a payload device for photography, detection, and measurement in drones and manned aircraft. Capable of operating across multiple light platforms including laser, visible light, and infrared, it features a comprehensive product line, lightweight design, high pixel resolution, three-axis servo stabilization, and automatic tracking capabilities.