• White background product shot of Inertial Navigation Test Table for precision gyroscope calibration
  • Inertial Navigation Test Table displayed with full structural design for motion simulation testing
  • Close-up of Inertial Navigation Test Table axis mechanism showing high-precision bearing assembly
  • Inertial Navigation Test Table operating in aerospace laboratory for UAV inertial sensor calibration
  • Side profile of Inertial Navigation Test Table showing compact frame and 60 cm width for lab use
  • White background product shot of Inertial Navigation Test Table for precision gyroscope calibration
  • Inertial Navigation Test Table displayed with full structural design for motion simulation testing
  • Close-up of Inertial Navigation Test Table axis mechanism showing high-precision bearing assembly
  • Inertial Navigation Test Table operating in aerospace laboratory for UAV inertial sensor calibration
  • Side profile of Inertial Navigation Test Table showing compact frame and 60 cm width for lab use

Inertial Navigation Test Table for Precision Fiber Optic Gyroscope and IMU Calibration in UAV Aerospace Applications

No.HY-INS3-550CR
This Inertial Navigation Test Table is a high-precision motion simulator designed for gyroscope testing, MEMS sensor verification, and INS calibration. Offering 3 arc seconds accuracy, 60 kg payload, and three-axis dynamic control, it ensures reliability for aerospace, autonomous vehicles, and industrial R&D. It provides stable solutions for fiber optic gyro evaluation and navigation accuracy validation.
Specifications
Load weight:
60KG
Resolution:
0.0001 deg/sec
Acceleration(with load):
500 deg/sec2
Swing Range:
0°~±45 deg
Repeatability:
<2 arc sec
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  • White background product shot of Inertial Navigation Test Table for precision gyroscope calibration
  • Inertial Navigation Test Table displayed with full structural design for motion simulation testing
  • Close-up of Inertial Navigation Test Table axis mechanism showing high-precision bearing assembly
  • Inertial Navigation Test Table operating in aerospace laboratory for UAV inertial sensor calibration
  • Side profile of Inertial Navigation Test Table showing compact frame and 60 cm width for lab use

Description

Unit Under Test (UUT)
Load weight 60KG
Load height less than 500mm
Load table size Φ550mm
Slip rings to UUT Signal 80 ways, 3A @ 380VAC/50Hz,  40KW(Max)
Power 6 ways@220V/10A
Specifications
Inner Axis Middle Axis Outer Axis
Angular freedom continuous continuous continuous
Position
Accuracy ≤±3 arc sec ≤±3 arc sec ≤±3 arc sec
Resolution 0.36 arc sec 0.36 arc sec 0.36 arc sec
Repeatability <2 arc sec <2 arc sec <2 arc sec
Rate
Range ±0.001~500deg/sec ±0.001~200deg/sec ±0.001~100deg/sec
Maximum speed of three-axis linkage ±60deg/sec
Resolution 0.0001 deg/sec
Accuracy and stability When θ<1 deg/sec ≤1×10-3 (1 deg average)
When 1 deg/sec<θ<10 deg/sec ≤1×10-4 (10 deg average);
When θ≥10 deg/sec ≤1×10-5 (360 deg average)
Dynamic
Acceleration(with load) 500 deg/sec2 150 deg/sec2 100 deg/sec2
Mechanical
Wobble ±3 arc sec ±3 arc sec
Orthogonality ±3 arc sec ±3 arc sec
Swing Range 0°~±45 deg 0°~±45 deg 0°~±45 deg
Swing frequency 0.2deg/10Hz 0.2deg/3Hz 0.2deg/3Hz
Temperature Chamber (TC)
Working volume 600*600*600mm
Temperature range ≥〔-50℃~+70℃〕
Temperature stability ≤±1℃
Temperature deviation: ≤±1℃
Temperature change rate ≥2℃/min
Temperature gradient: ≤2℃
Dimensions
Machine platform dimensions 2750*1050*3110mm
Total weight 3000Kg