High-Fidelity 6-DoF IMU Modules
Get direct access to temperature-compensated calibrated acceleration and angular rate data. Engineered for teams developing proprietary fusion algorithms for L2+ Autonomous Driving and Robotics.
IM8 Series
Ultra-low noise performance for L4 Robotaxis and high-speed autonomous systems.
IM7 Series
Cost-optimized architecture for mass-production passenger vehicles.
IM3 Series
Vibration-resistant design for Lawn Mowers, AGVs, and Industrial Robotics.
Evaluation Board
Data output for qucik validation with PCBA.
Engineered for Any Environment
From high-speed autonomous driving to dynamic humanoid robotics, discover how DAISCH IMUs solve complex localization challenges.
Precision Dead Reckoning in GPS-Denied Environments
DAISCH IMUs utilize AutoCalix Technology to minimize bias, scale factor and misalignment. We provide clean, compensated data by means of EKF (Extended Kalman Filter), ensuring smooth trajectory prediction when satellite signals are lost.
- Bias Instability < 2°/h (Allan Variance)
- ASIL-B Functional Safety Compliant
Dynamic Balance Control Under High Vibration
Designed for high-dynamic robotics, our sensors feature high range (1000°/s) and optimized vibration rectification error (VRE) rejection. Compact sizing allows integration directly into joint actuators or torso centers.
- High Bandwidth for fast control loops
- Robust Shock Tolerance
Reliable Heading for Indoor Navigation
The IM3 and IM1R series bridges the gap between cost and performance. By leveraging our mass-production calibration line, we deliver stability at a price point viable for logistics fleets.
- Cost-optimized for Fleet Deployment
- SPI Interface Interface Ready
Compare Specifications
Filter by your project requirements to find the ideal sensor.
| Series | Best For... | Core Specs | Downloads |
|---|---|---|---|
| IM8 Series ASIL-B |
"I need the lowest drift for L4 Robotaxi or HD Map Mapping." | Bias Instability2 °/h InterfaceSPI Temperature Range-40°C to +105°C OutputCompensated Data | Datasheet |
| IM7 Series ASIL-D |
"I need a cost-effective, rugged sensor for mass-produced AGVs or Cars." | Bias Instability2 °/h Interface SPI Temperature Range-40°C to +105°C Power3.3V Direct | Datasheet |
| IM3 Series Industrial |
"I need a robust IMU for robotics, mowers, or dynamic machines." | Bias Instability3.5 °/h InterfaceSPI FeatureVibration Rejection SizeCompact PCB | Datasheet |
Why engineers switch to DAISCH.
Datasheets often lie about real-world performance. We bridge the gap between "Spec Sheet Accuracy" and "Road Test Reliability".
Full-Temperature Calibration
Most sensors are only tested at 25°C. DAISCH sensors undergo AutoCalix™ — a rigorious compensation across the entire operating range.
- Range: -40°C to +105°C
- Result: No drift in winter testing
Vertical Integration
We are not a fabless design house. We own the production line, ensuring supply chain stability and rapid prototyping.
- Capacity: 5M+ units/year
- Lead Time: Weeks, not months
Automotive Rigor
Our quality system is built for Tier 1 compliance. We bring automotive-grade reliability to robotics and industrial applications.
- Cert: IATF 16949 / ISO 26262
- Grade: ASIL-B / ASIL-D Ready
Find Your Perfect Match
Not sure which series fits your architecture? Follow the logic.
From Prototype to Production in Weeks.
We know that hardware integration is painful. That's why we provide the full toolchain to de-risk your project before you commit to mass production.
Evaluation Kits
Don't design a PCB just to test. Our USB-C compatible eval kits allow you to visualize sensor data on your PC instantly.
- Plug-and-play USB Interface
- DS_RVision Software Included
Drivers & SDKs
Stop writing low-level parsers. We provide production-ready drivers for the most common robotics middleware.
- ROS / ROS2 Nodes (GitHub)
- C++ / Python SDK
Engineering Samples
Fast-track your PoC. We keep stock of engineering samples for qualified projects to ensure you don't wait months.
- Dispatch within 48 Hours
- Global Express Shipping
Engineering Questions, Answered.
IMU Module: Provides calibrated raw sensor data, typically including 3-axis acceleration and 3-axis angular rate. It is designed for teams who want full control over sensor fusion, filtering, and system-level algorithms.
Smart Motion Sensor: Integrates an IMU module, an MCU, and pre-installed sensor fusion software. It outputs motion and attitude information directly, significantly reducing development effort and integration time.
In practice:- Choose an IMU module if you have an in-house algorithm team or custom fusion requirements.
- Choose a smart motion sensor if you want faster deployment and stable motion outputs without developing fusion software.
Yes. All DAISCH IMU products undergo factory calibration before shipment. This ensures consistent performance across units and reduces the need for user-side calibration during system integration.
Calibration includes:- Bias, scale factor, and misalignment compensation
- Full operating temperature range calibration (model-dependent) -40~85°C & -40 ~ +105°C
- Calibration data stored internally and used directly by the sensor or DSX software
Rather than relying on nominal datasheet values alone, DAISCH focuses on repeatable, field-stable performance under real operating conditions such as vibration, temperature variation, and continuous operation.
Long-term stability is addressed through:- Automotive-grade MEMS sensor selection
- Temperature-aware calibration models
- Robust sensor fusion algorithms (DSX)
- Controlled production and validation processes
DAISCH supports both approaches, allowing system designers to choose between full algorithm control or pre-integrated motion perception.
- IMU modules: Output calibrated raw acceleration and angular rate data.
- IMU Sensor Suite / Smart Motion Sensors: Provide fused outputs such as attitude (roll, pitch, yaw), angular rate, and acceleration.
Interface availability and output formats vary by product and application requirements.
Supported interfaces (Series Dependent):- SPI
- Compensated accelerometer and gyroscope data
- Temperature data
- Fused attitude information (roll, pitch, yaw)
Yes. Product families are optimized for different requirements, ranging from cost-sensitive robotic applications to high-reliability automotive and autonomous systems.
Widely used in:- Humanoid and quadruped robots
- AMR / AGV platforms
- Autonomous vehicles and unmanned machines
- Industrial and outdoor robotic systems
Yes. Selected products are specifically designed for high-vibration, outdoor operation, and extended temperature ranges.
Automotive-grade sensors additionally support:- 3.3 V power input
- Robust electrical design
*Product suitability depends on the specific operating environment and should be selected accordingly.
Yes. These tools are intended to accelerate evaluation, system integration, and early-stage development.
- IMU Sensor Suite evaluation kits
- Development boards and reference designs
- PC-based evaluation software
- ROS drivers for selected products
Early engagement is encouraged, as it allows optimal product selection and system-level support from the beginning.
We commonly support customers at:- Concept and architecture definition
- Engineering sample and prototype stages
- System validation and pilot deployment
- Transition to volume production
Some DAISCH products are based on automotive-grade design principles and manufacturing processes.
However, suitability for safety-critical or certified applications depends on system-level design and compliance requirements. For projects involving functional safety, DAISCH recommends discussing application requirements early to ensure appropriate product selection and integration strategy.
Start Your Sensor Fusion with Reliable Data
Stop fighting sensor noise. Get calibrated, low-drift acceleration and angular rate output for your navigation stack immediately.