Airless Tennis Ball
PROJECT OVERVIEW
Airless Tennis Ball
The Airless Tennis Ball concept uses generative design to create an optimized internal structure that removes the need for pressurized air while improving durability, sustainability and long-term performance.
The Challenge
The challenge was to develop a sports product concept that could deliver consistent performance without relying on internal air pressure.
The Solution
An optimized lattice-like internal geometry was used to support rebound behavior, durability and reduced material waste.
The Result
The concept introduces a sustainable and long-lasting alternative to traditional pressurized tennis balls for future sports product development.
AIRLESS
No pressurized core requirement
DURABLE
Long-life internal structure direction
SUSTAINABLE
Reduced waste product concept
TECHNICAL SCOPE
What this project demonstrates
This project is presented as an engineering design direction with defined goals, constraints and next-step validation awareness.
Project type
Sports product concept using internal geometry instead of a pressurized core.
Design goal
Explore long-life rebound behavior, reduced air-pressure dependency and a more sustainable product structure.
Engineering note
Final performance would require material testing, rebound measurement, durability testing and manufacturing feasibility review.
Deliverables
Internal geometry concept, product visualization, CAD direction and future validation path.
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