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Angular Rate Sensor Product List

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[Angular Velocity Sensor] Fiber Optic Gyro [Ultra-Compact, Ultra-Lightweight, Low Power Consumption]

The weight is approximately 15g, making it the smallest and lightest model from the company. In addition to the low-noise specification, there is also a version with magnetic shielding available.

The one-axis optical fiber gyro VG221 (MS) is the latest model manufactured by Fizoptika Malta since 2022. It features an ultra-compact and ultra-lightweight design, achieving a volume of 10 ml and a weight of 15g. Additionally, its power consumption is very low at 0.3W or less, making it ideal for drone applications. A low-noise version, the VG221LN, is also available. Each model can be selected with a magnetic shield option, which can reduce magnetic response to 0.1°/h/Gauss.

  • Distance measuring device
  • Angular Rate Sensor

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[Angular Velocity Sensor] 6-axis Fiber Optic Gyro [Compact, Lightweight, Low Power Consumption]

We have achieved a model that is very compact, lightweight, and low power consumption, with a weight of 180g and a power consumption of 1.5W, compared to products from other companies.

The six-axis optical fiber gyro U121D is the latest model that Fizoptika Malta started manufacturing in 2024. With a volume of 12cl and a weight of 180g, it is very compact and lightweight, yet capable of high-precision six-axis measurements. A three-axis optical fiber gyro is used for measuring angular velocity, while a three-axis MEMS accelerometer is used for measuring acceleration. It is ideal for applications such as inertial navigation systems for drones, unmanned vehicles, and remote-controlled vehicles.

  • Distance measuring device
  • Angular Rate Sensor

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6-axis acceleration and angular velocity sensor / Model number MG5PM6-02-500CM

It is a 6-axis motion sensor.

● Three-axis accelerometer and three-axis gyroscope integrated into one package (six-axis motion sensor) ● Compact and lightweight (W23×D12×H5, approximately 3g) ● Low height allows for installation in tight spaces

  • Other measurement, recording and measuring instruments
  • Angular Rate Sensor

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【Angular Velocity Sensor】Fiber Optic Gyro [High Performance, High Durability]

You can choose from a total of four models depending on your specifications. This model has a proven track record of being installed in commercial aircraft as a fiber optic gyro.

The single-axis fiber optic gyro VG910 is a proven model manufactured by Fizoptika Malta since 1991. In 2010, the VG910F1 was installed as a fiber optic gyro for flight control in commercial aircraft (Airbus A350). It is also specified for applications such as antenna stabilization and tracking telemetry.

  • Distance measuring device
  • Angular Rate Sensor

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[Angular Velocity Sensor] 3-Axis Fiber Optic Gyro [Compact, Lightweight, Low Power Consumption]

This model is compact, lightweight, and has low power consumption, weighing 125g and consuming 2W. There is also a version available with magnetic shielding.

The three-axis optical fiber gyro G121(M) is the latest model manufactured by Fizoptika Malta, which began production in 2023. It features a compact and lightweight design, achieving an industry-leading volume of 12 cl and a weight of 125 g. With a low power consumption of 2W, it is ideal for drone applications and is also used for image stabilization and gimbal stabilization. By choosing a version with magnetic shielding, it is possible to reduce magnetic response to 0.3°/h/Gauss.

  • Distance measuring device
  • Angular Rate Sensor

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Single-axis optical fiber gyro "VG103SD" *Approximately 40 grams and lightweight

Two types of products with detection ranges of 400°/s and 200°/s are available! The angular velocity sensor achieves lightweight design through an all-plastic construction.

The single-axis optical fiber gyro "VG103S series" is an angular velocity sensor that adopts an all-plastic design without using any metal parts. Among them, the 'VG103SD' supports RS-422 digital output and is an extremely lightweight model weighing only 40 grams. In addition to the low-noise specification VG103S-2LND, it is also possible to choose a version with magnetic shielding, which can reduce magnetic response to 0.03°/h/Gauss. 【Features】 ■ Single-axis measurement, RS-422 output ■ Compact and lightweight all-plastic design (approximately 40 grams) ■ Low power consumption (0.5W) ■ Magnetic resistance (1° or 0.03°/h/Gauss) *For more details, please download the PDF or feel free to contact us. *We also offer demo units for loan, so please feel free to consult with us.

  • Sensors
  • Angular Rate Sensor

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Angular velocity sensor [automotive component, insert, vertical molding machine]

This is a angular velocity sensor molded using engineering plastic with a vertical injection molding machine.

This is a angular velocity sensor (gyro sensor) molded using engineering plastic with a vertical injection molding machine. It incorporates 10 contact terminals and 2 colors as inserts within the mold. A vertical injection molding machine, which is advantageous for inserts, is used. Terminal alignment tests and continuity tests are conducted. We also have extensive experience in insert molding, so please feel free to consult us when looking for insert molding services. 【Specifications】 ○ Material: Engineering plastic ○ Lot: --- ○ Accuracy: --- For more details, please contact us or download the catalog.

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VG103SD for autonomous driving robots

Compact and lightweight! Angular velocity sensor contributing to the posture control of autonomous driving robots.

In the autonomous driving robot industry, precise posture control is essential. In particular, stability during movement and accurate position information acquisition are crucial for safe driving and efficient operation. Inaccurate posture control can lead to collisions or deviations from the intended route. The VG103SD, with its compact and lightweight design, is suitable for integration into autonomous driving robots, and its RS-422 digital output allows for easy data acquisition. 【Application Scenarios】 - Autonomous driving robots - AGVs (Automated Guided Vehicles) - Drones 【Benefits of Implementation】 - Space-saving due to compact and lightweight design - Improved driving stability through accurate posture control - Easy data acquisition via RS-422 digital output

  • Sensors
  • Angular Rate Sensor

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VG103SD for Automotive Navigation

Compact and lightweight! Ideal angular velocity sensor for navigation systems.

In automotive navigation systems, high-precision angular velocity measurement is required to accurately grasp the vehicle's position information. Especially in urban areas and mountainous regions where GPS signals are prone to interruption, gyro sensors play a crucial role in supporting autonomous navigation. The VG103SD, with its compact and lightweight design, facilitates easy integration into navigation systems and captures vehicle movements with high precision. 【Usage Scenarios】 - Vehicle navigation systems - Development of autonomous driving technology - Attitude control systems 【Benefits of Implementation】 - Acquisition of high-precision position information - Miniaturization and weight reduction of the system - Improved reliability

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[For Agriculture] VG103SD: A compact and lightweight angular velocity sensor supporting precise positioning.

Lightweight design of 40 grams! A single-axis fiber optic gyro supporting precise positioning in the agricultural field.

In the agricultural sector, there is an increasing need for precise positioning information in scenarios such as the use of drones and autonomous tractors. Accurate positioning data is essential for efficient agricultural management, including understanding crop growth conditions, optimizing pesticide application, and maximizing harvest yields. However, traditional positioning systems have faced challenges such as being large and difficult to install, or having high power consumption. The VG103SD addresses these issues with its compact and lightweight design and low power consumption. 【Usage Scenarios】 - Pesticide application using drones - Position control of autonomous tractors - Monitoring of fields - Position detection for harvesting robots 【Benefits of Implementation】 - Acquisition of high-precision positioning information - Improved work efficiency - Cost reduction - Energy savings

  • Sensors
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