A custom hockey uniform should do more than put a team’s colors on the ice. It should feel like it belongs to the program. For the Dayton Flyers club hockey program, that meant starting with a blank canvas.
Akros Athletic worked with Dayton to develop its new white uniform completely from the ground up, creating an original visual identity rather than adapting an existing jersey concept. From the primary crest to the striping system and individual uniform details, each element was developed specifically for Dayton and then brought to life through our ProBuild Cut/Sew hockey uniform platform.
Building the Dayton Identity
The design process began by establishing a look that could immediately feel connected to Dayton while giving the hockey program an identity of its own. Akros developed the primary logo along with a unique striping pattern that carries consistently across the jersey, shells, and socks.
That consistency was important. Instead of treating the jersey as a standalone piece, the entire uniform was designed as one system. The placement and proportions of the striping, crest, numbers, and supporting details were considered together so that the finished kit would have a cohesive presence from every angle.
The result is a white-based uniform that feels clean and recognizable while still giving Dayton Flyers club hockey something distinctly its own.
From Custom Design to Cut/Sew Construction
Once the visual direction was established, the design moved into production on the Akros Athletic ProBuild Cut/Sew platform.
Unlike a fully sublimated jersey where much of the visual design is printed directly into the fabric, custom cut/sew hockey jerseys are constructed through individual fabric panels, sewn elements, and applied decoration. That construction method gives designers another dimension to work with. Striping can become part of the physical construction of the uniform, while crests, numbers, and other elements add texture and depth.
For Dayton, the approach allowed the original design to extend beyond the jersey. Custom cut/sew hockey shells and socks were developed alongside it, creating a complete ProBuild hockey uniform rather than a collection of disconnected pieces.
It is a process where small details matter. Panel alignment, stripe placement, stitching, decoration, material selection, and fit all contribute to how the uniform ultimately looks and performs on the ice.
More Than Manufacturing a Jersey
Projects like Dayton represent an important distinction in what we mean by custom hockey uniform design. Akros Athletic wasn’t simply handed finished artwork and asked to manufacture it. We were involved in creating the identity itself, then translating that identity into a physical uniform engineered for competition.
That combination of design and manufacturing allows us to think about a uniform differently from the beginning. A concept has to look good digitally, but it also has to make sense once it becomes fabric. Lines need to connect across panels. Logos need to reproduce correctly. Details need to remain visible at game speed. The jersey, shells, and socks all need to work together.
For college hockey programs looking for truly custom hockey uniforms, that process creates an opportunity to build something specific to the team rather than selecting a template and changing the colors.
A Complete ProBuild Hockey Uniform for Dayton
The finished Dayton white set brings the entire concept together through a coordinated ProBuild Cut/Sew jersey, shell, and sock system. It gives the Flyers a uniform built around their program from the first design decision through final production.
For Akros Athletic, that is what custom should mean.
Not simply putting a logo on a hockey jersey, but working with a program to develop an identity, engineer the uniform around it, and manufacture every component with the attention to detail necessary to bring that vision onto the ice.
The Dayton Flyers’ new white uniform is one example of what is possible when custom hockey uniform design and custom cut and sew manufacturing are approached as a single process.
