LSM6DSO32TR

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• 1. Send Inquiry — Submit your part number, quantity, and target price via our Contact form or email. We respond within 24 hours.
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FAQ

Q: When should I choose LSM6DSO32TR over LSM6DSOXTR?
A: Choose the LSM6DSO32TR if your drone experiences sustained linear accelerations exceeding ±16 g: FPV racing with 6S+ power systems, freestyle builds performing aggressive punch-outs, heavy-lift industrial UAVs, or any platform where you need unsaturated acceleration data for analytics or safe

Q: Does the ±32 g range reduce sensitivity in normal flight?
A: No. The sensor can be dynamically configured: ±2 g at 0.061 mg/LSB during precision hovering, ±16 g at 0.488 mg/LSB during normal flight, and ±32 g at 0.976 mg/LSB for high-g capture. The full scale can be changed on-the-fly via register write without sensor reset, or managed au

Q: Is the LSM6DSO32TR compatible with Betaflight blackbox?
A: Yes. Betaflight's LSM6DSO driver supports the O32 variant via WHO_AM_I detection (0x6C for LSM6DSO32 vs 0x6C for LSM6DSOX). The blackbox logs raw accelerometer data at the configured full scale; with ±32 g selected, blackbox records will show full-range acceleration profiles without satu

1. Product Overview

The LSM6DSO32TR extends the popular LSM6DSO platform with a ±32 g accelerometer full scale — double the industry standard ±16 g — while retaining the full LSM6DSO feature set: 3.8 mdps/√Hz gyro noise, 9 KB FIFO, MLC, FSM, and I3C support. The extended accelerometer range captures extreme linear accelerations from high-thrust FPV racing punch-outs (15–25 g), aggressive direction changes, and crash impacts without saturation. Combined with the MLC for on-chip event classification, it is the definitive IMU for competitive drone racing, freestyle platforms, and industrial UAVs requiring unsaturated acceleration data through the full flight envelope. The LSM6DSO32TR serves as the high-g companion to the standard LSM6DSOXTR, providing: (1) clean crash data c

2. Key Features

• ±32 g Accelerometer — Double the Industry Standard Range
• 3.8 mdps/√Hz Gyro Noise — Premium Rate Data
• MLC with High-g Event Detection — Autonomous Crash & Maneuver Classification
• 9 KB FIFO — Store Pre/Post-Event Data for Analysis
• I3C + I²C + SPI — Universal Interface for Any FC MCU

3. Technical Specifications

4. Applications

• Extreme FPV Racing & Freestyle Drones
• Heavy-Lift Industrial UAV Structural Monitoring
• Drone Crash Forensics & Incident Analysis
• Racing Simulator & Pilot Training Platforms

5. Supply Solutions

Aurora supports customers with LSM6DSO32TR — 6-Axis IMU with ±32 g Accelerometer for High-g Drone Applications by STMicroelectronics sourcing through verified global supply channels. We help OEMs and manufacturers manage availability challenges, production requirements, and lifecycle risks with flexible procurement solutions.

6. Quality Assurance

All components supplied by Aurora follow strict quality control procedures, including supplier verification, documentation review, inspection, and traceability management to ensure product authenticity and reliability.

7. Alternative & Replacement Solutions

When original LSM6DSO32TR — 6-Axis IMU with ±32 g Accelerometer for High-g Drone Applications by STMicroelectronics components face shortages, lifecycle changes, or long lead times, Aurora helps customers identify suitable alternative components based on technical requirements, application needs, and supply conditions.

8. Request Quote / Contact

Need LSM6DSO32TR — 6-Axis IMU with ±32 g Accelerometer for High-g Drone Applications by STMicroelectronics availability or sourcing support?

Contact Aurora for component verification, quotation, and reliable supply solutions.