Tennis ball

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Designing a tennis ball requires precise calculations to achieve the ideal bounce and aerodynamics. CAD software enables users to model the exact dimensions of a tennis ball, including its thickness, diameter, and weight distribution. By adjusting these parameters, designers can optimize the ball's performance on different surfaces. To create a realistic simulation, engineers need to consider various factors such as air resistance, spin rate, and surface texture. The CAD software allows for the creation of complex geometries and textures that mimic the real-world characteristics of a tennis ball. One key aspect is the core design, which consists of a hollow rubber cylinder surrounded by layers of felt and rubber. This assembly must be precisely calculated to ensure the correct balance between elasticity and resilience. Another crucial element is the seam pattern, which affects the ball's aerodynamics and spin behavior. By adjusting the seam spacing and orientation, designers can fine-tune the ball's performance for specific playing styles. Ultimately, a well-designed tennis ball CAD model enables manufacturers to produce high-quality products that meet rigorous standards and regulations.