The Submarine Diving Simulator (DEDAS), developed by HAVELSAN, is designed for the training of personnel assigned to U209 PREVEZE/GÜR class submarines in the Turkish Naval Forces, allowing them to complete preparation and periodic trainings without the need to operate the actual submarine. DEDAS offers realistic simulations of submarine operations both underwater and on the surface, system malfunctions, and vessel behavior in normal and extraordinary circumstances, thereby eliminating the risks and costs associated with the use of real submarines and enhancing crew safety and training quality.

HAVELSAN's Submarine Diving Simulator (DEDAS) is a specialized training tool developed to meet the specific needs of the Turkish Naval Forces. This advanced simulator is designed for personnel who will serve on U209 PREVEZE/GÜR class submarines, enabling them to complete their training without the need for an actual submarine. DEDAS significantly reduces the risks and costs associated with real submarine operations while meeting the training requirements of submarine personnel.

Technical Features

• Mathematical Model: Simulates the submarine's 6-axis underwater and surface movements realistically.
• Motion System: Provides realistic movement effects up to 45⁰ in the Yaw and Trim axes.
• Dive Cabin: An exact replica of the U209 class submarine's maneuvering area.
• Functional Panels and Indicators: Equipped with all necessary tools for training.
• Instructor Consoles: Essential for managing and conducting training sessions.
• Data Recording and Debriefing System: Records simulation data, personnel images, and sounds during training.
• Simulator Support System: Provides the necessary infrastructure for the simulator's operation.
• Communication System: Facilitates communication between maneuvering staff and instructors.
• Sound System: Realistically simulates all sounds heard inside the submarine.

Product Features

• Diving and surfacing training
• Emergency evacuation training
• Underwater training up to maximum diving depth
• Depth alteration and maintenance
• Route changes
• Turns at different speeds and rudder angles
• Navigation with snorkel
• High-speed depth control
• Navigation at various depths, static surface, and diving operations
• Trim operations
• Torpedo launch simulation
• Effects of sea conditions, currents, and bottom topography
• Visibility differences impact
• Effects of periscope movements
• Emergency situation trainings