Gyroscope
These feature solid-state angular rate sensors including fiber optic, quartz resonant and MEMS gyroscopic hardware for single or triaxial rotation measurement. Each unit delivers ultra-low bias drift, exceptional scale linearity, micro-degree stability and low noise, equipped with built-in temperature compensation to offset thermal deviations across -45°C to +80°C operating range. Compact, lightweight solid construction eliminates moving components, offering robust shock and vibration resistance alongside instant startup. Analog voltage and digital TTL/RS422 signal outputs are available, with adjustable bandwidth and customizable precision tiers. The sensors capture real-time angular velocity data, supporting standalone rotation detection and fusion with IMUs, accelerometers and navigation modules for gimbal stabilization, UAV flight control, marine positioning, aerospace and industrial motion monitoring.
Send your inquiry
GSXV7021 brings gyro capability to chip-scale integration. The 8.9×8.9×2.7mm package consumes as little as 4mW (0.9mA) with SPI/I2C dual interface and 16/24-bit angular rate output. Bias temperature drift only 0.0016°/s/°C with angular random walk 0.065°/√h. Built-in programmable digital filters and temperature sensor. From wearables and medical motion detection to industrial image stabilization—chip-level gyro sensing empowers everything.
GSGYR311F packs triaxial FOG performance into a 52×51×52mm cube weighing just 300g—one of the lightest in its class. Bias
GSGYR304F-H adopts a split architecture with separate sensing head and electronics. Bias stability
GSGYR301F features a slim Φ59×18.3mm circular package weighing
GSQRS14-102 features a monolithic quartz sensing element for solid-state reliability. Bias ≤0.05°/s (100s smoothing) with noise ≤0.004°/s and scale nonlinearity ≤0.05%. The 59.44×25.65×25.65mm, ≤50g package outputs analog voltage (0.5~4.5V) with built-in voltage regulation. 9~18V supply and 2-second startup. Designed for gimbal stabilization, camera anti-shake, and industrial fan control applications requiring robust angular rate sensing.
GSGYR323M approaches FOG-level precision with MEMS technology: bias ≤0.2°/h, scale nonlinearity ≤0.02%, resolution ≤0.01°/s. The ±500°/s range and
GSGYR131M utilizes a quartz crystal resonant element for reliable single-axis rate sensing. Bias stability ≤15°/h within ±75°/s range. The 35×35×40mm,
GSGYR201F provides dual-axis synchronized angular rate sensing in a 64×60×40mm integrated package weighing 170~200g. Standard grade bias
GSGYR112F offers four accuracy grades from Standard to HH, with highest bias
GSGYR101F is a digital closed-loop FOG delivering bias
Since 2008, Gyrosens has been committed to delivering reliable and accurate motion sensing and navigation products, including gyroscopes, accelerometers, IMUs (Inertial Measurement Units), and AHRS (Attitude and Heading Reference Systems).
Useful Links
Products
Contact Us
Tel: +86 180 4942 5092
Email: info@gyrosens.com