This high-performance HWIL testing and evaluation flight motion simulator features a five-axis simulation turntable that accurately replicates various aircraft attitudes in working environments. It realistically reproduces mechanical characteristics during actual flight and is primarily used for space attitude simulation motion experiments of inertial components.

The system offers high dynamic response capabilities, large load capacity, and comprehensive functions including position, rate, sinusoidal oscillations, and five-axis linkage simulation. It is ideal for semi-physical simulation experiments of airborne optoelectronic systems.

The mechanical configuration consists of two main components:

• Three-axis turntable - Simulates aircraft attitude motion using O-U-T structure for roll, yaw, and pitch degrees of freedom
• Dual-axis turntable - Simulates target relative motion using O-U structure for azimuth and pitch degrees of freedom

Each axis provides position, rate, swing, and simulation functions, creating a comprehensive simulated motion environment for aircraft, seekers, and target simulators.

• Maximum load: Three-axis turntable: ≥ 35 kg (including mounting fixture); Dual-axis turntable: ≥ 80 kg (including mounting fixture)
• Load dimensions: Three-axis turntable: ≥φ300mm × 600mm; Dual-axis turntable: ≥φ300mm × 400mm
• Intersection between three axes and two axes: ≤ 1mm radius sphere
• Perpendicularity between axes: ±10″
• Tilt angle rotation error: ±10″
• Mechanical turntable dimensions: Approximately 5000 × 2500 × 3600 mm
• Weight: Approximately 15,000 kg