Good product design solves real problems. It makes products easier to use, more reliable, more enjoyable and better suited to the demands placed on them. In sport, that matters even more because equipment can directly affect confidence, independence and performance.
Adaptive sports equipment is often viewed as a niche category, but that perspective overlooks a much bigger opportunity. Designing for adaptive sport brings the human side of product design into sharper focus. It forces designers to look beyond the product itself and consider the entire user journey: how equipment is transported, handled, packed, opened, protected, stored and used under pressure.
Through our work on a Sports Wheelchair Flight Case with Pro Match WTC, we saw how designing for specific user needs can uncover insights that improve products for everyone. Adaptive design is not separate from good mainstream product design. In many cases, it reveals what good design should have been doing all along.
The challenge starts before the athlete reaches the court
A wheelchair tennis chair is not a standard wheelchair. It is highly specialised performance equipment and often customised to the athlete using it. It is also a significant investment. For a professional player, damage to a chair is not simply inconvenient; it can directly affect their ability to compete.
Existing flight bag solutions presented a number of challenges. Some were heavy. Others required assembly before use. Some relied on the user lifting the chair into the case, which can be difficult or impossible depending on mobility and upper-body strength. Others offered limited protection, leaving athletes to supplement them with improvised solutions such as bubble wrap when travelling through airport baggage systems.
The chair itself adds further complexity. Unlike many wheelchairs, a tennis chair does not fold away neatly. The main wheels can be removed, but the frame remains a large, rigid structure. Importantly, once the main wheels are removed, the chair can still roll on its caster wheels.
That observation became central to the design.
Rather than requiring the user to lift the chair into the case, the Pro Match design incorporates a ramp that allows the chair to roll into position. Once loaded, the ramp closes and becomes part of the case structure. This is where user-centred design, prototyping and technical development become critical. The objective is not simply to protect the chair, but to reduce physical effort, simplify handling and remove friction throughout the travel process.
Designing for the whole journey
For a wheelchair tennis player, the journey does not begin at airport check-in. It begins at home, where the athlete must manage their day chair, tennis chair, clothing and travel equipment before they even leave the house.
The flight case then moves through multiple stages: transport to the airport, baggage handling, aircraft loading, destination transfers, hotels and tournament venues. The process is repeated again on the return journey.
As a result, the case must do far more than survive a flight. It needs to be stable, manoeuvrable, impact resistant and practical in a wide range of environments. It may need to travel over kerbs, through narrow doorways, across airport terminals, into vehicles and through busy venues. It also needs to flat-pack for storage while the chair is in use.
This is where adaptive product design becomes especially valuable. It forces designers to consider the moments that are often overlooked: packing, lifting, manoeuvring, storing and handling before and after the primary activity itself.
If a product can reduce physical effort and travel-related stress, the user is more likely to arrive focused, prepared and ready to perform. In that sense, the flight case becomes more than protective packaging. It becomes part of the athlete’s performance system.
Small details make a major difference
Many of the most important design decisions on the Pro Match case were relatively small details with a significant impact on usability.
The zip system was one example. The case uses YKK zips throughout, including a large No. 10 coil zip on the main opening. It needed to operate smoothly with one hand and with minimal effort because users may be seated alongside the case during assembly and packing. The zip path also required generous radii around corners to reduce friction and prevent snagging.
That might sound like a minor luggage detail, but it became one of the most important technical challenges in the product. A zip that catches, resists movement or requires two hands creates unnecessary friction. A zip that works effortlessly disappears into the background, which is often the hallmark of good design.
The handles were equally important. Reinforced steering handles allow the case to be controlled and manoeuvred effectively, while strategically positioned base handles make lifting and repositioning easier in real-world situations, whether loading a vehicle, navigating an airport or moving the case in storage.
One early prototype completed approximately 80 flights before returning for maintenance. Despite extensive travel and baggage handling, the repairs required were relatively minor. However, one missing handle position became immediately apparent when moving the case from a vehicle into the workshop. It was a useful reminder that seemingly small handling considerations can have a disproportionate effect on the user experience.
This is where soft goods design, textile engineering, material selection, pattern development and testing all contribute to the final result. The placement of a zip, the reinforcement behind a handle, the structure of a panel and the consistency of manufacture all influence durability, usability, performance and cost.
What mainstream sports and outdoor brands can learn
Mainstream sports, outdoor and luggage brands can learn a great deal from adaptive design—not because adaptive sport is separate from mainstream sport, but because it often exposes product challenges more clearly.
When a product is designed around users with specific mobility or handling requirements, every interaction comes under scrutiny. How is the product opened? How is it lifted? Can it be operated with one hand? Can it still be used effectively when the user is tired, cold, stressed or dealing with reduced dexterity?
These questions are highly relevant to adaptive sports equipment, but they apply just as readily to mainstream users.
Athletes, travellers and outdoor enthusiasts frequently find themselves operating in less-than-ideal conditions. Fatigue, cold weather, injury, poor visibility and physical stress can all reduce strength, concentration and coordination. In those moments, equipment that is intuitive, reliable and low-effort to use provides a genuine advantage.
A zip that does not snag is better for every user. A handle that is easy to locate and use is better for every user. A case that is easier to steer, pack, store, repair and transport is better for everyone.
Designing around reduced effort does not make products less capable. In many cases, it makes them more robust, more intuitive and more dependable.
The same principle applies across sports bags, protective equipment, travel products, outdoor gear and luggage. Adaptive design can act as a form of product stress testing, exposing weaknesses that might otherwise remain hidden until equipment reaches real-world use.
Performance equipment should feel like performance equipment
There is also an important lesson around identity and aesthetics. Adaptive sports equipment should not automatically look clinical, compromised or separate from other performance products. The people using these products are athletes, competitors, and travellers. Their equipment should reflect that.
The strongest inclusive products do not announce themselves as inclusive products. They simply feel like exceptionally well-designed products.
With the Pro Match case, the objective was never to create something that looked obviously “adaptive”. The goal was to develop a premium flight case that solved a demanding transport challenge. Accessibility was embedded within the functionality rather than treated as a visual statement.
Inclusive design should not be viewed as a bolt-on feature or a compliance exercise. It is a way of developing better products. Adaptive athletes often experience product friction more directly than other users, which means their feedback can reveal opportunities for improvement that benefit a much wider audience.
Adaptive design is not about lowering the bar. It often raises it. It demands more from the product, more from the design process and more from the assumptions behind the brief. That is precisely why it can lead to stronger mainstream products.
The best adaptive sports products do not simply help someone compete. They remove friction before the athlete even reaches the start line.
At Mouse Design, we help brands turn complex user needs into commercially viable, manufacturable products through concept development, prototyping, design development and design for manufacture.
Developing specialist sports, travel or accessibility-led equipment? Talk to Mouse Design about concept development, prototyping and design for manufacture.
