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Performance Engineering for Sporting Goods & Toys

Performance Engineering for Sporting Goods & Toys
The sporting goods industry strives to deliver perfect gear to match both athletes and outdoor recreation enthusiasts. Toys are evolving from a primary goal of entertaining children to being their first educator. Successful sporting goods and toy companies no longer define their product with geometrical quantities but blend traditional craftsmanship with a systematic scientific engineering approach to cost-effectively delivering highly personalized intelligent products. Take the lead, offer the perfect performance and advance the future of sporting goods and toys using our holistic simulation and test offering.
The sporting goods industry strives to deliver perfect gear to match both athletes and outdoor recreation enthusiasts. Toys are evolving from a primary goal of entertaining children to being their first educator. Successful sporting goods and toy companies no longer define their product with geometrical quantities but blend traditional craftsmanship with a systematic scientific engineering approach to cost-effectively delivering highly personalized intelligent products. Take the lead, offer the perfect performance and advance the future of sporting goods and toys using our holistic simulation and test offering.
Performance Engineering for Sporting Goods & Toys

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Today's sporting goods and toys industry is highly dynamic, both lucrative and growing in double digits. High growth attracts new players to the over-crowded marketspace limiting existing player growth potential and pricing power. Thriving sporting goods and toys companies explore differentiation and personalization to deliver novel experiences.  The availability of data from IoT, combined with AI, allows manufacturers to cater to unmet needs and additional service revenue streams. Furthermore, the customer requirements for greener, safer, intelligent, cost-effective, connected, and more adaptable lead to an explosion of complexity in design, materials selection, and manufacturing. How do designers know that the change in the design parameters won't negatively affect product performance? How can engineers ensure the transition to new material does not affect the end product strength or stiffness? Relying purely on physical testing with costly prototypes is time-consuming and expensive. Innovators rely on the digital twin to answer such complex situations. Simulation lets you quickly test new design ideas before ever cutting a physical prototype. Engineers can rapidly evaluate many new design variants to find the right design for your application and then perform final physical tests to validate your simulation and the final qualification needed to meet regulations.

Siemens Digital Industries Software delivers best-in-class CAE simulation, system simulation, testing solutions, and design exploration and analytics. Our simulation and test solutions can help you gain better insight into product functional performance early on and in all stages of product development.
Performance Engineering for Sporting Goods & Toys

ソリューションの機能

Acoustic Simulation

Optimize products’ acoustic performance in a unified simulation environment.

Acoustic Testing

Design innovative sporting goods with a compelling acoustic signature that delights customers.

Durability Testing

Rely on our end-to-end durability testing solution to streamline your entire sporting good testing process.

Engineering & Consulting

Accelerate product development and solve the toughest problems with scalable help from engineering and consulting services.

Fluid Dynamics Simulation

Simulate almost any engineering problem that involves the flow of liquids, gases (or a combination of both), together with all the associated physics.

Motion Simulation

Calculate the reaction forces, torques, velocities, acceleration, and more from mechanical systems.

Optimization

How can I reduce material in sporting goods or change its material properties while ensuring it continues to meet performance targets?

Structural Simulation

Understand how a component or product assembly reacts under stress or vibration using the real-load scenario in a virtual environment.

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