- More than 10-year development and design and service experience
- World-class production line
- Widely used in 30+ fields, 1,000+ customers around the world
- Competitive price and fast delivery
- Strictest quality control procedures
- Unique 12-step quality control
- Fast online after-sale service
- Local partners providing seamless service at site
WHY
SkyMEMS Inertial Sensors?
High-Precision MEMS Inertial Sensors & Navigation Systems
SUPER RELIABILITY & PERFORMANCE
10+
years experience
in MEMS technologies
200+
excellent ODM service
3000+
3 production lines
Customer Focused
One ODM center
Own Core Technologies
60+ patents
Best Quality Control
More than 10 QA engineers
Support With Heart
7/24 technical support
PRODUCT CATEGORIES
All products from SkyMEMS, including our Inertial Measurement Unit IMU sensors, have passed the strictest tests and quality control. We cherish quality as the life of the company, and we strive to provide the highest level of quality products and systems.
Can’t find what you are looking for?
Hot ProductS
Here are SkyMEMS’s best-selling products, with our high-performance 6 axis IMU sensors standing out as the top choice. Known for their reliability and precision in motion tracking, these sensors are proudly developed in-house. If a sensor fails due to non-human factors and is under warranty, we will repair, calibrate, and test it at no cost, including materials and shipping. If the sensor can’t be repaired, we will replace it with a new one. For out-of-warranty sensors, only material and shipping costs apply. In case of damage due to human error, customers will cover repair costs. SkyMEMS ensures top-quality products and reliable after-sales support for all our customers.
SK200 High Performance GNSS – Aided Integrated Navigation System
SK200 High Performance GNSS – Aided Integrated Navigation System
– High Accuracy: Velocity < 0.05m/s
Attitude (Dynamic): Heading 0.2°, Pitch and Roll 0.1°(1σ)
Horizontal Position < 1m, Vertical Position < 1.5m (RMS)
– Bias Instability (Allan): Gyro 3°/h, Accel 80ug
– Real-time Gyro and Accel Bias Tracking and Compensation
– Data Output Rate: INS 100Hz, IMU 800Hz
– Full Temperature Range Sensor Calibration
– Superior SWaP Performance: 24×22×3.8 mm, < 4g, <445mW
– Working Temperature: -40~+85°C
GINS1000 High Performance GNSS – Aided Integrated Navigation System
GINS1000 High Performance GNSS – Aided Integrated Navigation System
– Multi-constellation, Full-frequency GNSS Receiver
– High Tracking Sensitivity for Complicated Environment
– High Accuracy: Yaw up to 0.1°, Pitch/Roll: 0.08° (rms), Velocity ≤ 0.03m/s, Position ≤ 2cm (rms, RTK)
– Supports external RTK correction input, greater flexibility
– High Reliability, Strong Vibration and Shock Resistance
– Multiple Interfaces: RS232, RS422
– Adjustable Bandwidth and Protocol ODM Supported
GINS2000 High-Performance Integrated Navigation System
High Performance rugged GNSS aided inertial system, widely used in unmanned aerial vehicle (UAV), autonomous vehicle, etc.
- GPS/BDS/GLONASS/Galileo/QZSS Systems, Full-Frequency GNSS Receiver
- High Tracking Sensitivity for Complicated Environment
- High Accuracy: yaw up to 0.1°, Pitch/Roll: 0.08° (rms), Velocity <0.03m/s, Position < 2cm (rms, RTK)
- High Reliability, Strong Vibration and Shock Resistance
- Multiple Interfaces: RS232 / RS422
- Adjustable Bandwidth and Protocol ODM Supported
IMU80 6DoF Mini IMU
- High Precision 6 DoF Mini IMU with Full Calibration
- Fully Similar as ADIS16460, Better Performance
- Range (Typical): Gyro ±400°/s, Accelerometer ±8g
- Bias Instability (Allan): Gyro 3°/h, Accelerometer 50μg
- Interface: SPI (2000Hz), UART (200Hz)
- Compact and Light weight, 23.3 × 22.4 × 7.5 mm, < 15 grams
- Wide Working Temperature: -40°C~+85°C
IMU90 High Precision 6DoF Mini IMU
- High Precision 6 DoF Mini IMU with Full Calibration
- Range (Typical) : Gyro ±500°/s, Accel ±16g
- Bias Instability (Allan) : Gyro 1.5°/h, Accel: 35μg
- Data Output Rate: UART 1000Hz, SPI up to 1000Hz
- Power Supply: 3.3 VDC
- Compact and Light weight 23.3×22.4×7.5mm, <15g
- Wide Working Temperature: -40°C~+85°C
IMU188 Miniature 6DoF MEMS IMU
- Precision 6 Dof IMU with High G capable to 10000g
- Dynamic Range: Gyro ±450°/s, Acc ±16g
- Bias Instability: Gyro 1.2°/h, Acc 50µg
- Full Temperature Range Accuracy Assured
- High Bandwidth, RS422, up to 2000Hz Data Output
- Compact and Light weight, 24.95 × 22.39 × 8.1mm, 22 grams(with wire)
- Working Temperature: -40~+85°C
IMU286 Automotive Grade 6DoF MEMS IMU
- Automotive Grade 6DoF IMU Sensor, Easy to Integrate
- Strictly Factory Calibrated at Full Temperature
- Pass 2000km All-Terrain Vehicles Tests
- Range (Typical): Gyro ±450°/s, Acc ±16g
- Bias Instability (Allan): Gyro 1.2°/h, Acc 50µg
- High Bandwidth (Typical): 200Hz
- Compact & Light Weight 22.4 ×22.4×9mm, 20g
- Working Temperature: -40~+85°C
AJINS600 High Performance Anti-Jamming Integrated Navigation System
– Multi-constellation, Full-frequency GNSS Receiver
– High Tracking Sensitivity for Complicated Environment
– High Accuracy: Yaw up to 0.1°, Pitch/Roll:
0.08° (rms), Velocity ≤ 0.03m/s, Position ≤ 2cm (rms, RTK)
– Certified anti-jamming ensures continuous positioning
– High Reliability, Strong Vibration and Shock Resistance
– Multiple Interfaces: RS232, RS422
– Adjustable Bandwidth and Protocol ODM Supported
Our Inertial Sensors and Other Device Applications
Flight Control
Home Flight Control Our inertial navigation systems include IMU, vertical gyro, AHRS, INS, , they are used for flight control applications including UAV navigation, flight …
Robot
Home AGV & Robot Currently, a position tracking of mobile robot becomes increasingly important. It can be not only used to track the moving path …
Machinery
Home Machinery Our advanced inertial systems including MEMS accelerometer, MEMS gyro, inertial measurement unit, vertical gyro, electronic compass, inclinometer, fiber optic gyro enjoy high performance, …
Marine
Home Marine Marine Platform Stabilization Offshore exploration requires accurate and robust inertial systems for platform stabilization, vessels’ equipment positioning, orientation, and monitoring (crane, buoy, antenna, …
Metro & Train
Home Metro & Train For safe and efficient railway operations, critical components must work correctly. Continuous maintenance and monitoring of rail car wheels and essential …
Our Customers
FAQ
SkyMEMS focuses on MEMS and inertial technologies with its own intellectual property. Core products include Modbus inclinometers, vertical gyros, integrated navigation systems, fiber optic gyroscopes and electronic compass modules. A dedicated ODM center provides small-batch custom design with high accuracy and fast turnaround.
Contact a SkyMEMS pre-sales engineer with your requirements. The engineering team clarifies the technical specifications and confirms requirements with you, then begins sample development.
SkyMEMS applies a 12-step quality control process covering design, component selection, production, burn-in, performance testing, environmental testing and final factory inspection, supported by a dedicated test team and advanced instruments.
In-stock standard products ship within 1 to 2 days after re-testing. Out-of-stock items require about 2 weeks for production. Custom ODM lead times are quoted based on the technical requirements.
Products that fail within the warranty period due to non-human factors are repaired free of charge, or replaced if they cannot be repaired. Out-of-warranty repairs are charged at material cost only.
SkyMEMS partners with creditworthy companies that have a professional engineering and service team. Contact a SkyMEMS sales manager to discuss partnership details.
For small or sample orders, SkyMEMS accepts 100% T/T in advance. For larger orders, a 30% deposit with the balance paid before delivery. ODM payment terms are negotiated case by case.
SkyMEMS ships via DHL, UPS, FedEx or TNT according to customer preference.
MEMS and Inertial Measurement & Control Device News

What is the difference between a 6-axis IMU and a 9-axis IMU?
Quick Answer The primary difference between a 6-axis IMU and a 9-axis IMU is

What is the AHRS Attitude and Heading Reference System?
Quickly Answer: The AHRS (Attitude and Heading Reference System) is an integrated navigation system

A guide to the precision inclinometer sensor 2026
Abstract A precision inclinometer is a sensor used to make highly accurate angle measurements.

Who is the largest manufacturer of fiber optic gyroscopes?
Abstract In the fiber optic gyroscope market, many key players provide high-precision inertial navigation

Which is better fiber optic gyro or MEMS gyro?
Both fiber optic gyros (FOG) and MEMS gyros are used in inertial navigation and

What is an mems angular rate sensor?
Quick Answer: A MEMS angular rate sensor is a miniature inertial device that measures