Gyrolab LLC is a privately owned Russian company founded in 2011 by specialists with extensive experience in gyroscopy.
Its first—and still primary—area of activity is the development and manufacturing of inertial navigation systems (INS) based on MEMS, fiber‑optic gyroscopes (FOG), and ring laser gyroscopes (RLG) for navigation, stabilization, attitude/orientation, monitoring, and diagnostics of ground/underground, aerospace, and marine/underwater vehicles and platforms.
Products and solutions
Gyrolab INS units have undergone extensive testing, including trials on specialized equipment/vehicles, with high‑g shock and vibration tests, and are supplied to a broad range of military and civilian customers.
INS units can also be used as inertial measurement modules (IMU) / sensitive‑element units (sensor blocks).
Since 2017, the company has been developing and manufacturing drives (actuators) and gyro‑stabilized platforms / gimbals (GSP) to customer technical specifications (TS), with the required number of axes for various payloads.
Several versions are currently in serial production, and further development is underway for new GSP solutions for payloads up to 100 kg.
One implementation of a two‑axis gyro‑stabilized platform is a rotary calibration table developed for the company’s internal needs; it has also attracted interest from existing customers, to whom delivery and installation are already being provided.
Rotary tables are supplied with or without a thermal chamber, can be adapted to customer requirements, and—under customer TS—models with different performance characteristics can be developed and launched into production.
Manufacturing and quality
In early 2024, the company moved into its own building in Perm, where isolated foundations are provided for the installation of eight rotary tables, three of which have already been commissioned and are in operation.
Gyrolab LLC continues to equip its facility with laboratory equipment for internal needs and is ready to provide services using this equipment to third‑party customers (e.g., vibration test systems and climatic chambers).
For product deliveries, special attention is given to aligning the customer technical specification (TS), where all parameters are meticulously defined to meet the operating requirements of a strapdown INS (BINS) on a specific platform and for a defined set of tasks.
To meet TS requirements beyond the scope of serial products, necessary refinements and modifications are performed to mechanical design, circuitry, and embedded software / algorithms.
Deliveries are provided both as complete housed (enclosed) products and in an OEM format, enabling partners to offer the company’s developments under their own brand; work under license agreements is also practiced, including transfer of manufacturing documentation and production localization, and turnkey documentation can be sold for independent manufacturing.
The company states it holds a quality management system compliance certificate applicable to the development, manufacturing, sale, installation, assembly, repair, and maintenance of weapons and military equipment under EKPS classes (EK 001‑2020) and that it meets the requirements of GOST R ISO 9001‑2015 (aligned with ISO 9001:2015) and GOST RV 0015‑002‑2020.​
In 2026, the company also plans to launch manufacturing and supply of fiber‑optic and ring laser gyroscopes; sensitive‑element units for MEMS/FOG/RLG; and quartz accelerometers and encoders.