IMUs, Gyroscopes & Accelerometers

The HGuide i300 inertial measurement unit (IMU) is a small, non-ITAR, micro-electro-mechanical system (MEMS) IMU.

• The HGuide i300 inertial measurement unit (IMU) is a small, non-ITAR, micro-electro-mechanical system (MEMS) IMU.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: ±16g
• Accel Bias Repeatability (mg 1σ): 1.0

Honeywell GPT The HGuide i400 is a lightweight, compact MEMS IMU with low power consumption and exceptional gyro performance. Its rugged design ensures reliability for applications like 3D mapping and autonomy.

• Honeywell GPT The HGuide i400 is a lightweight, compact MEMS IMU with low power consumption and exceptional gyro performance. Its rugged design ensures reliability for applications like 3D mapping and autonomy.
• Operating Temperature: -40°C to 85°C

The HG4930 is a Micro-Electro-Mechanical System (MEMS) based Inertial Measurement Unit (IMU) designed to meet the needs of a range of applications.

• The HG4930 is a Micro-Electro-Mechanical System (MEMS) based Inertial Measurement Unit (IMU) designed to meet the needs of a range of applications.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: 20G
• Accel Bias Repeatability (mg 1σ): 1.7 mg (1σ)

The HG4930 S-Class is a micro-electro-mechanical system (MEMS) inertial measurement unit (IMU) designed for applications like camera stabilization, antenna stabilization or gimbal stabilization.

• The HG4930 S-Class is a micro-electro-mechanical system (MEMS) inertial measurement unit (IMU) designed for applications like camera stabilization, antenna stabilization or gimbal stabilization.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: 20G
• Accel Bias Repeatability (mg 1σ): 1.7 mg (1σ)

Honeywell HGuide i700 MEMS IMU delivers near‑navigation‑grade performance in a compact, low SWaP‑C, export‑free design. Built for durability across UAVs, robotics, mapping, surveying, and stabilized payloads in demanding environments.

• Honeywell HGuide i700 MEMS IMU delivers near‑navigation‑grade performance in a compact, low SWaP‑C, export‑free design. Built for durability across UAVs, robotics, mapping, surveying, and stabilized payloads in demanding environments.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: 20
• Accel Bias Repeatability (mg 1σ): 0.5

The HG1125 and HG1126 are micro-electro-mechanical system (MEMS) micro inertial measurement units (IMU) designed to meet the needs of a range of applications and markets.

• The HG1125 and HG1126 are micro-electro-mechanical system (MEMS) micro inertial measurement units (IMU) designed to meet the needs of a range of applications and markets.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: ±96G (HG1126 available in 2027 range up to +/-400g op range)
• Accel Bias Repeatability (mg 1σ): 3

The HG1930 is a micro-electromechanical systems-based inertial measurement unit designed to meet the needs of a range of applications.

• The HG1930 is a micro-electromechanical systems-based inertial measurement unit designed to meet the needs of a range of applications.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: up to 85g in X axis, 35g in Y and Z
• Accel Bias Repeatability (mg 1σ): .05

The HG1700 is a high-performance tactical-grade Inertial Measurement Unit (IMU) designed to meet the needs of a broad range of guidance and control applications.

• The HG1700 is a high-performance tactical-grade Inertial Measurement Unit (IMU) designed to meet the needs of a broad range of guidance and control applications.
• Accelerometer Operating Range: Varies by configuration from +/- 12 g to +/- 70 g
• Gyro Operating Range: Varies by configuration from +/- 358 deg/sec to +/- 1620 deg/sec
• Key Benefits: Industry standard RS-422 serial interface, Over a decade of proven performance in a wide range of military and commercial applications - Weaponry - Ground survey - UAVs - Mobile mapping - Stabilized platforms, Radiation hardened variants are available, Units feature a wide range of factory configurable interface protocols including Synchronous Data Link Control (SDLC), Asynchronous serial, and Gated clock

The HG2801 is a European Union indigenously-manufactured option within the HG2800 family of high-performance tactical grade IMUs.

• The HG2801 is a European Union indigenously-manufactured option within the HG2800 family of high-performance tactical grade IMUs.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: 80
• Accel Bias Repeatability (mg 1σ): <0.3

The HG2802 is a higher operating range option within the HG2800 family that provides improved dynamic range and scale factor linearity performance.

• The HG2802 is a higher operating range option within the HG2800 family that provides improved dynamic range and scale factor linearity performance.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: 40
• Accel Bias Repeatability (mg 1σ): <1

The HG3900 next-generation MEMS IMU delivers breakthrough tactical performance- with accuracy and reliability comparable to RLG and FOG technologies. Silicon MEMS technology makes all the difference.

• The HG3900 next-generation MEMS IMU delivers breakthrough tactical performance- with accuracy and reliability comparable to RLG and FOG technologies. Silicon MEMS technology makes all the difference.
• Accelerometer Sensor Technology: MEMS
• Accelerometer Operating Range: 37
• Accel Bias Repeatability (mg 1σ): 0.5

The HG5700 bridges the performance gap between the HG1700 high-performance tactical-grade IMU and the HG9900 high-performance navigation-grade IMU.

• The HG5700 bridges the performance gap between the HG1700 high-performance tactical-grade IMU and the HG9900 high-performance navigation-grade IMU.
• Accelerometer Sensor Technology: Quartz
• Accelerometer Operating Range: 37 (up to 70)
• Accel Bias Repeatability (mg 1σ): 0.2

This state-of-the-art inertial measurement unit provides navigation grade performance with proven inertial sensor technology in a small, lightweight package.

• This state-of-the-art inertial measurement unit provides navigation grade performance with proven inertial sensor technology in a small, lightweight package.
• Accelerometer Sensor Technology: Quartz
• Accel Bias Repeatability (mg 1σ): 0.0025
• Accel Bias In-Run Stability (mg 1σ): 0.025

Honeywell’s miniature inertial measurement units (MIMUs) have become the inertial measurement unit of choice for satellites and space exploration programs.

• Honeywell’s miniature inertial measurement units (MIMUs) have become the inertial measurement unit of choice for satellites and space exploration programs.
• Size: < 233.7mm (D) X 169.9 mm (H) millimetre
• Weight: < 4.7 kg (4.6 kg typical)

For a frequency output sensor, Honeywell produces the Accelerex RBA500 accelerometer. It is primarily used to supplement GPS navigation systems.

• For a frequency output sensor, Honeywell produces the Accelerex RBA500 accelerometer. It is primarily used to supplement GPS navigation systems.
• Axis Misalignment: <12 mrad
• Axis Misalignment - One-year Composite Repeatability: <400 µrad

Honeywell GG1320 Ring Laser Gyro delivers precise rotation sensing for navigation and stabilization in aerospace, marine, and defense systems. Compact, high-performance design supports INS, AHRS, IMUs, and platform stabilization applications.

• Honeywell GG1320 Ring Laser Gyro delivers precise rotation sensing for navigation and stabilization in aerospace, marine, and defense systems. Compact, high-performance design supports INS, AHRS, IMUs, and platform stabilization applications.
• Size: Diameter 3.45 in (8.8 cm) millimetre, Height 1.77 in (4.5 cm) millimetre
• Weight: 1 lb. (454 grams)

The MV60 Accelerometer: high-performance, cost-effective MEMS-based sensor solution ideal for commercial aerospace, defense, industrial and marine applications.

• The MV60 Accelerometer: high-performance, cost-effective MEMS-based sensor solution ideal for commercial aerospace, defense, industrial and marine applications.
• Bandwidth: > 300 Hz
• Vibration Rectification: 10 µg/g², 100 - 500 Hz (MV60-1), 5 µg/g², 100 - 500 Hz (MV60-3), 7 µg/g², 100 - 500 Hz (MV60-2)
• Survivable Acceleration: > 5,000 g

Proven time and time again, Honeywell’s Q-Flex QA-2000 single axis quartz accelerometer is the ubiquitous inertial navigation standard across the industry because of its unparalleled accuracy, durability and quality.

• Proven time and time again, Honeywell’s Q-Flex QA-2000 single axis quartz accelerometer is the ubiquitous inertial navigation standard across the industry because of its unparalleled accuracy, durability and quality.
• Bias: <4 mg (All models)
• Scale Factor - One-year Composite Repeatability: <310 ppm (QA2000-030), <500 ppm (QA2000-020), <600 ppm (QA2000-010)
• Bias -One-year Composite Repeatability: <160 µg (QA2000-010), <550 µg (QA2000-030)

Honeywell’s Q-Flex QA-3000 single axis quartz accelerometer provides customers with the highest inertial navigation-grade performance available on today’s market.

• Honeywell’s Q-Flex QA-3000 single axis quartz accelerometer provides customers with the highest inertial navigation-grade performance available on today’s market.
• Bias: <4 mg
• Scale Factor - One-year Composite Repeatability: <160 ppm (QA3000-020), <250 ppm (QA3000-010), <80 ppm (QA3000-030)
• Scale Factor - Temperature Sensitivity: <120 ppm/°C

Honeywell’s Q-Flex QA-650 accelerometer is an economical, single axis quartz sensor package designed for industrial applications where accuracy, durability and quality are critical.

• Honeywell’s Q-Flex QA-650 accelerometer is an economical, single axis quartz sensor package designed for industrial applications where accuracy, durability and quality are critical.
• Bias: <15 mg
• Scale Factor - One-year Composite Repeatability: 1.20 to 1.40 mA/g <2500 ppm
• Bias -One-year Composite Repeatability: <2500 µg

Honeywell’s Q-Flex QA-750 accelerometer is a cost-effective, single axis quartz sensor package is designed for a broad array of high-performance marine and industrial applications for vibration measurement.

• Honeywell’s Q-Flex QA-750 accelerometer is a cost-effective, single axis quartz sensor package is designed for a broad array of high-performance marine and industrial applications for vibration measurement.
• Bias: <8 mg
• Scale Factor - One-year Composite Repeatability: 1.20 to 1.46 mA/g, <1000 ppm (w/o model data)
• Bias -One-year Composite Repeatability: <1000 μg (w/o model data)

Honeywell produces the QAT (160C and 185C versions) and the Mini Q (150C, 185C and 200C) high-temperature accelerometers for down hole measurement-while-drilling and wireline applications.

• Honeywell produces the QAT (160C and 185C versions) and the Mini Q (150C, 185C and 200C) high-temperature accelerometers for down hole measurement-while-drilling and wireline applications.
• Bias: <15 mg (Mini Q), <20 mg (QAT)
• Bias - Residual Modeling Error: <450 μg (QAT), <600 μg (Mini Q)
• Vibration Rectification: < ± 100 µg/ g^2 (QAT)