Inertial Navigation Sensor 1 Axis Fiber Gyroscope With Data Acquistion Board

MFOG-095 is a high-performance micro-nano fiber optic gyroscope for UAV navigation, autonomous systems, and robotic platforms.
It features fast startup (<1s), low power consumption (<0.7 W), and excellent bias stability (≤2°/h).
Its compact housing (60×35×25.5 mm) and lightweight design (≤70 g) make it perfect for drone gyroscopes, motion control systems, mapping instruments, and robotic stabilization.
Fully compatible with Fizoptika VG095, it serves as a drop-in replacement for modern civilian INS applications.

Composition

The product is mainly composed of the following components:

A) an optical path assembly;

B) Detection and control signal circuit board;

C) Optical fiber coil skeleton, shell and other structural parts;

4.3 Appearance and dimension

The overall dimension of the product is 60mm × 35mm × 25.5mm (without plug).

4.4 Weight

≤70g.

4.5 Operating temperature

-40℃~+70℃.

4.6 Storage temperature

-55℃~+85℃.

4.7 Random vibration

Random vibration level: 20g, frequency range: 20Hz ~ 2000Hz.

4.8 Main performance parameters

Table 1 Main Performance Parameters

4.9 Mechanical and electrical interfaces

4.9.1 Mechanical interface

The bottom surface of the product is the installation surface. The four M3 threads on the bottom surface are connected to the outside. The overall dimensions and installation interfaces are as follows:

4.9.2 Power Requirements

The requirements for the external power supply to the product are shown in Table 2:

Table 2 Product Power Supply Requirements

4.9.3 Electrical interface

The MFOG-095 micro-nano fiber optic gyroscope is electrically connected to the outside with a solder pin.

Table 3 MFOG-095 Node Definition