Sport Material Technologies helps sporting goods companies solve difficult engineering challenges through objective-driven research, product development, and commercialization.
Identify opportunities, evaluate materials, test concepts, and develop objective-driven solutions before committing to product development.
Transform proven concepts into manufacturable products through engineering, prototyping, testing, and production support.
Bring innovations to market with practical engineering, manufacturing guidance, supplier support, and launch execution.
Every project begins with a clearly defined objective—not technology for technology’s sake.
Decades of hands-on experience developing award-winning sporting goods used by athletes around the world.
Independent, objective engineering guidance focused on helping your team make better technical decisions.
Principles learned from turning difficult engineering challenges into successful products.
A great product begins with a clearly defined objective—not innovation for its own sake.
Technology only matters when it solves a problem people actually care about.
Complexity creates cost, weight, and risk. Simplicity creates better products.
Solve the hardest problem early. Everything else becomes easier.
SMT provides independent engineering expertise in intellectual property, technical due diligence, and expert witness services for the sporting goods industry.
Evaluate prior art, identify patentable concepts, analyze competing technologies, and provide technical support for intellectual property matters.
Evaluate products, patents, and technologies to identify engineering strengths, competitive advantages, and risks before important business decisions.
Provide independent engineering analysis, technical opinions, patent support, and expert testimony involving sporting goods, advanced materials, and product development.
Each product demonstrates how defining the right objective led to a better engineering solution.
Sweet Spot and Speed
Create an unprecedented combination of a larger sweet spot and greater racquet speed—two performance benefits that had traditionally worked against each other.
Developed patented O-Port technology to improve aerodynamics while increasing string freedom and effective sweet-spot size.
Multiple patents, millions of racquets sold, and one of the most recognized innovations in modern tennis equipment.
Power and Speed
Create a faster, more powerful hockey stick without compromising structural integrity. Simply reducing weight would have weakened the stick and reduced durability.
Developed molded O-Port technology that reduced aerodynamic drag while maintaining continuous carbon-fiber structure, eliminating the need to drill or cut structural fibers.
Multiple patents and a distinctive technology platform that delivered the unprecedented combination of power and speed while preserving structural integrity.
Lightweight, Quiet, and Accurate
Develop a lightweight bow riser that improves accuracy while reducing vibration and noise.
Carbon-fiber tube architecture created symmetrical bending while reducing weight.
Patented Carbon Matrix technology established a new direction in compound bow riser design by combining lightweight construction with improved accuracy and reduced noise.
Alignment and Consistency
Create the most effective reminder rib by making alignment easier to feel and easier to see.
Patented ALIGN® technology combines a firmer reminder rib, contrasting texture, and surrounding groove to create a more distinct tactile and visual reference.
Patented ALIGN® technology provides golfers with a more consistent hand position through improved tactile and visual alignment.
Light Weight and Precision
Develop a figure skate frame that significantly reduced weight without compromising skating precision or structural performance.
Developed a patented carbon-fiber frame that connected the blade directly to the boot, replacing the traditional steel frame while maintaining stiffness and precision.
A patented carbon-fiber skate frame used by world-class athletes on World Championship-winning skates.
Before searching for better answers, make sure you’re asking the right question.
If you’re here, you’re probably facing an important engineering decision. Perhaps your team disagrees on the right direction. Your prototype may not be performing as expected. You may be deciding whether to improve an existing product, pursue a new concept, or protect an idea through intellectual property.
In situations like these, the first question is often more important than the first solution.
Throughout my career, one belief has remained constant:
There has to be a better way.
Over the past 30 years, I’ve learned that breakthrough innovation is the result of a clearly defined objective, disciplined engineering, and a willingness to challenge conventional thinking. Those same principles continue to guide every project at SPORT MATERIAL TECHNOLOGIES.
Stephen Davis holds a master’s degree in mechanical engineering specializing in composite materials and applies an objective-driven engineering process to help companies solve difficult product development challenges.
Years of Innovation
Issued Patents
Sporting Goods Categories
New products and meaningful improvements to existing products.
Better engineering decisions before expensive mistakes are made.
Protect innovation and understand the competitive landscape.
Objective engineering analysis when independent judgment matters.
Every successful project begins with a conversation—not a proposal.
Whether you’re developing a new product, evaluating an existing design, or looking for an objective engineering perspective, I’d be happy to discuss your challenge.