RAMSIS Aircraft

RAMSIS Aircraft simulates flight crew and passenger movements to optimize cockpit and cabin design. It enhances development efficiency and is the leading ergonomics tool in the aircraft industry.

Benefits include: 

• Optimized visibility and reachability in the cockpit and cabin.  
• Reduced development times.  
• Faster iterations and more coordinated development.  
• Easy testing of various design options.  
• Lower development costs. 

View of the instruments

Optimizing the pilot’s view of the instruments ensures that all essential controls and displays are within easy reach and clear sightlines. This helps reduce head movements and improves visibility, allowing the pilot to monitor critical data without distraction. The design enhances cockpit ergonomics, contributing to safer and more efficient flight operations.

Pedals in the cockpit

The optimal pedal adjustment range in the cockpit ensures that pilots of varying sizes can comfortably reach and operate the pedals. This adjustment improves ergonomics, reduces fatigue, and enhances control precision. Proper positioning of the pedals helps maintain a natural seating posture, contributing to overall comfort and safety during flight.

Passenger comfort

Ensuring knee freedom and easy access to economy seats enhances passenger comfort in aircraft. Adequate legroom and efficient seat design allow passengers to move freely and comfortably, even in tighter spaces. Thoughtful cabin layout ensures that passengers can easily access their seats, improving the overall flying experience while reducing discomfort during longer flights.

Safety in an emergency

Ensuring the accessibility of oxygen masks in an emergency is crucial for passenger safety. The design focuses on placing masks within easy reach and ensuring they are clearly visible and accessible from all seats. This quick access enables passengers to swiftly use the masks in case of cabin depressurization, improving emergency preparedness and response times.

On-board entertainment

Optimizing the usability of on-board entertainment systems enhances the passenger experience. Intuitive interfaces, accessible controls, and clear display positioning ensure passengers can easily navigate and enjoy entertainment options. Thoughtful design of these systems contributes to passenger satisfaction, making long flights more comfortable and enjoyable.

The crew at work

Ensuring adequate space in the aisle for crew members to work with trolleys is essential for efficient in-flight service. Proper aisle width and clearance allow crew to move freely and safely while serving passengers, without obstructing emergency exits. This thoughtful design supports smooth operations and improves overall crew performance during flights.

Efficient maintenance

Ensuring the feasibility of maintenance work in aircraft involves designing components and systems that are easily accessible for technicians. This includes optimizing the layout for easy reach of critical parts, clearances for tools, and user-friendly access points. Efficient maintenance design reduces downtime, speeds up repairs, and enhances the overall safety and longevity of the aircraft.

Stow items safely

Analyzing the operating force needed to reach the overhead stowage compartment ensures that passengers and crew can safely store and retrieve items without excessive effort. This involves evaluating the ease of opening compartments, taking into account the design of the handles, lid weights, and height accessibility. Proper design helps prevent strain and injury, enhancing both safety and comfort during the flight.