• White background High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table for INS testing.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table in aerospace lab setup.
  • Close-up of High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table drive mechanism.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table testing UAV sensors.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table size comparison width 920mm.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table performing high speed rotation tests.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table for inertial navigation system and motion sensor precision testing.,MY SHOP,High Performance Servo Controlled Rotary Test Table for INS Testing
  • White background High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table for INS testing.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table in aerospace lab setup.
  • Close-up of High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table drive mechanism.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table testing UAV sensors.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table size comparison width 920mm.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table performing high speed rotation tests.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table for inertial navigation system and motion sensor precision testing.,MY SHOP,High Performance Servo Controlled Rotary Test Table for INS Testing

High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table for inertial navigation system and motion sensor precision testing.

No.HZ-INS3-TT23E
The High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table supports up to 500kg payload, and Positioning accuracy 5 arcseconds. Ideal for inertial navigation system calibration, fiber optic gyroscope evaluation, and MEMS sensor verification, it ensures stable servo control, high repeatability, and precise dynamic simulation across aerospace, marine, and automotive test scenarios.
Specifications
Dimensions:
2850 × 1850 × 3110 mm
Angular range:
Azimuth: -120° ~ 120° Pitch: -70° ~ 70° Roll: 0° ~ 360°
Maximum load:
Not less than 500 kg
Angular velocity:
Not less than 100 °/s
Angular acceleration:
≥100 °/s²
Download
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  • White background High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table for INS testing.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table in aerospace lab setup.
  • Close-up of High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table drive mechanism.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table testing UAV sensors.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table size comparison width 920mm.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table performing high speed rotation tests.
  • High Performance Servo Controlled Three Axis Dynamic Simulation Rotary Test Table for inertial navigation system and motion sensor precision testing.,MY SHOP,High Performance Servo Controlled Rotary Test Table for INS Testing

Description

Technical Parameters
Mechanical System Specifications
Parameter Value
Dimensions 2850 × 1850 × 3110 mm
Mechanical structure Vertical structure,
Outer frame is U-shaped,
Middle frame is U-shaped,
Inner frame is hollow "cylindrical" (O-shaped)
Inner frame effective installation space diameter ≥640 mm
Effective installation space diameter from the front of the turntable 1200 mm
Angular range Azimuth: -120° ~ 120°
Pitch: -70° ~ 70°
Roll: 0° ~ 360°
Maximum load Not less than 500 kg
Angular velocity Not less than 100 °/s
Angular acceleration ≥100 °/s²
Static position accuracy ≤10  (arcminutes)
Position repeatability accuracy ≤5  (arcseconds)