RAMSIS Defence

RAMSIS Defense optimizes vehicle design by analyzing how protective gear impacts movement and safety in confined spaces, ensuring realistic posture and effort outcomes for restrictive environments.

Benefits include: 

• Shorter development time and lower costs 
• Accurately evaluates the space requirements of vehicle occupants 
• Automatically identifies movement restrictions for realistic accessibility assessments 
• Automatically selects sizes to align with anthropometric data, ensuring optimal equipment placement 

Restriction of movement

The design of protective vests in defence equipment focuses on minimizing the restriction of movement for personnel. Ensuring that the vest allows for full mobility while providing adequate protection is crucial. Adjustments in the vest’s fit, weight distribution, and flexibility are carefully considered to ensure that soldiers can perform tasks effectively without compromising their range of motion or comfort.

Space requirements

Space requirements for entering or exiting a vehicle in full gear are critical for ensuring ease of movement and safety. The vehicle’s design must allow sufficient room for personnel to maneuver while wearing heavy protective gear, such as body armor and helmets. Adequate door width, step height, and interior clearance are essential to prevent injury and allow for quick and efficient entry and exit during operations.

Equipment

In posture calculation, the impact of equipment on comfort, mobility, and alignment is assessed. This ensures that the wearer can maintain optimal posture, reducing strain and improving performance while wearing protective gear. Proper adjustments also enhance overall safety and operational efficiency.