• Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications

Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing

No.BE-INS-24B34
Adopting advanced angle and rate control technologies and integrated high-low temperature environmental simulation, this high-precision gyro test platform brings you ultra-high testing accuracy (±0.001° angular resolution) and long-term stability (continuous 72-hour error ≤0.005°), along with the long-term value of reducing maintenance costs by 30% annually. As a Blueequator high-precision test turntable, it is widely used for performance testing of IMUs and gyroscopes, ensuring consistent and reliable results in every test. Explore its full capabilities now to elevate your testing standards.
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications
  • Single-Axis Gyro Test Platform with Integrated Thermal Chamber – High Accuracy & Stability for Inertial Navigation Testing,Blueequator-ai.com,High-Precision Single-Axis Gyro Test Platform with Integrated Thermal Chamber for Inertial Navigation Systems, Aerospace, Military, and Research Applications

Description



Technical parameter
Diameter: Φ680mm
Table material: titanium alloy
Flatness: 0.01mm
Table leakage: ≤1mT (10mm above the table)
Angle range: continuous and unlimited
Load weight: ≤80kg
Load moment of inertia: ≥230kg·m²
Rate range: ±0.001°/s ~ ±250°/s
Rate resolution: 0.001°/s
Rate accuracy and rate stability: 5×10⁻⁵ (360° average);
5×10⁻⁴ (10° average);
5×10⁻³ (1° average);
Position accuracy: ±2″
Position repeatability: ±1″
Position resolution: 0.18″
Maximum angular acceleration: 200°/s²
Swinging motion: Maximum swing frequency 10Hz,
amplitude is limited by maximum angular acceleration;
Optional high and low temperature test chamber (reference index): Inner dimensions of temperature chamber (width x depth x height): 700mm×700mm×700mm;
Temperature range: -60°C ~ +70°C;
Temperature uniformity area: Φ 500mm×300mm;
Temperature control accuracy: ±0.5°C (empty box);
Temperature uniformity: ±1°C (empty box);
The heating and cooling speed is controllable, and the maximum temperature change rate is: +1°C/min.

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