Production information
Also known as a dynamic flight simulator, the flight simulator can provide all predictable views during a flight, including geomorphic features, weather conditions, cloud cover, visibility, wind speed, etc. during a flight. Furthermore, various flight functions can be added, such as takeoff and landing routes, flight state simulation under different weather conditions and functional flight subject training. Therefore, even if the training is carried out on the ground, the simulator can still provide the dynamics and pleasure of a real flight. In addition to primary teaching, advanced simulation courses, and professional aviation flight training sessions, the simulator can also be used to provide the first aviation experience to beginners of an aviation club.
The flight simulation aerodynamic model can present completed views of the airfield, runway, skyline, etc. During takeoff, cruising, and landing, various built-in terrain and navigation data are provided based on the CTLS flight data package. The appearance and intensity of wind and turbulence and the effect of disturbance and turbulence on flight attitude can be directly observed thanks to multiple built-in terrain and navigation data, thus achieving the same control and manipulation effect as a CTLS aircraft.
The aforementioned functions are specified below:
1. Flight simulation aerodynamic model and module;
2. CTLS flight data package;
3. Built-in airfield, runway, and skyline views during takeoff, cruising, and landing;
4. Various built-in terrain and navigation data;
5. Appearance and intensity of wind and turbulence;
6. Simulated conditions with power-off stall and dynamic stall.
Platform | Static, 2D Space Dynamic, & 3D Space Dynamic |
Operating Lever | Operating Levers in the Sizes of Those in a Real Aircraft, Linkage Operation Between Pilot & Co-Pilot |
Instrument board | Full simulator of real PFD & MFD |
Throttle lever | Highly simulated standard throttle lever |
Pedal rudder | Left and right linkage |
This simulator is mainly composed of three parts: fuselage, wings, and dynamic platform. The fuselage and wings are made of composite materials, while the dynamic platform consists of computer, sensing, and actuating systems, among others. The relevant specifications are listed as follows:
Specifications of the Fuselage & Wings of the CTLS Six-axis Dynamic Flight Simulator | |
Loading Capacity | Max 500 kg |
Length | About 3.8 m |
Width of wingspan | About 3.3 m |
Height (including display screen) | About 2.5 m |
Total weight | About 510 kg |
Storage & Operating Environment | Excellent ventilation /Room temperature is controlled below 26℃/ Humidity below 70% |
左右尚有資訊
Voltage Specifications | |
Input Voltage | AC 220V |
Frequency Range of Input Voltage | 47~63Hz |
Operating Power under Maximum Load | 4500W |
Wireless Fidelity | 50mW~100mW |
Supplementary Note: Installing a UPS is recommended. |
Performance Parameters of 6-DOF Platform | |||
Performance Parameters Combined Displacement | Combined Displacement | Speed | Acceleration |
Pitch | 30° | 20°/s | 250°/s |
Roll | 30° | 20°/s | 250°/s |
Yaw | 30° | 20°/s | 250°/s |
Heave | 185mm | 200mm/s | 0.6g |
Surge | 185mm | 200mm/s | 0.6g |
Sway | 185mm | 200mm/s | 0.6g |
Flight Simulation System
The flight simulation aerodynamic model can present completed views of the airfield, runway, skyline, etc. During takeoff, cruising, and landing, various built-in terrain and navigation data are provided based on the CTLS flight data package. The appearance and intensity of wind and turbulence and the effect of disturbance and turbulence on flight attitude can be directly observed thanks to multiple built-in terrain and navigation data, thus achieving the same control and manipulation effect as a CTLS aircraft.
The aforementioned functions are specified below:
1. Flight simulation aerodynamic model and module;
2. CTLS flight data package;
3. Built-in airfield, runway, and skyline views during takeoff, cruising, and landing;
4. Various built-in terrain and navigation data;
5. Appearance and intensity of wind and turbulence;
6. Simulated conditions with power-off stall and dynamic stall.
Device List
Platform | Static, 2D Space Dynamic, & 3D Space Dynamic |
Operating Lever | Operating Levers in the Sizes of Those in a Real Aircraft, Linkage Operation Between Pilot & Co-Pilot |
Instrument board | Full simulator of real PFD & MFD |
Throttle lever | Highly simulated standard throttle lever |
Pedal rudder | Left and right linkage |
Specifications
This simulator is mainly composed of three parts: fuselage, wings, and dynamic platform. The fuselage and wings are made of composite materials, while the dynamic platform consists of computer, sensing, and actuating systems, among others. The relevant specifications are listed as follows:
Specifications of the Fuselage & Wings of the CTLS Six-axis Dynamic Flight Simulator | |
Loading Capacity | Max 500 kg |
Length | About 3.8 m |
Width of wingspan | About 3.3 m |
Height (including display screen) | About 2.5 m |
Total weight | About 510 kg |
Storage & Operating Environment | Excellent ventilation /Room temperature is controlled below 26℃/ Humidity below 70% |
Voltage Specifications
左右尚有資訊
Voltage Specifications | |
Input Voltage | AC 220V |
Frequency Range of Input Voltage | 47~63Hz |
Operating Power under Maximum Load | 4500W |
Wireless Fidelity | 50mW~100mW |
Supplementary Note: Installing a UPS is recommended. |
Performance Parameters of 6-DOF Platform
Performance Parameters of 6-DOF Platform | |||
Performance Parameters Combined Displacement | Combined Displacement | Speed | Acceleration |
Pitch | 30° | 20°/s | 250°/s |
Roll | 30° | 20°/s | 250°/s |
Yaw | 30° | 20°/s | 250°/s |
Heave | 185mm | 200mm/s | 0.6g |
Surge | 185mm | 200mm/s | 0.6g |
Sway | 185mm | 200mm/s | 0.6g |