Fitasy is stepping into the future of footwear with the Stride a custom-fit sneaker created using spatial AI and 3D printing. Designed for both men and women, the Stride is built from the sole up based on your exact foot shape. No generic sizing. No off-the-shelf guesswork.
These sneakers don’t just look different they are different. Fitasy makes every pair to order, using a digital scan of your feet to craft a truly individualized fit.
Stride scans your feet for precision modeling
Fitasy uses a smartphone-based 360° foot scan to capture each foot in both relaxed and weight-bearing positions. The process combines digital light projection with spatial AI to generate a precise virtual model. From there, the software creates a shoe design tailored to each foot’s unique contours.
This approach reduces common discomfort issues, such as friction or pressure points, that come with mass-produced footwear.
Fitasy Stride features a triple-lattice 3D-printed structure
Once the scan is complete, Fitasy 3D-prints the sneakers using a triple-lattice structure made from fully recyclable polyurethane. Each pair is produced within a week, making for a quick turnaround without sacrificing quality. The company highlights the use of sustainable materials throughout no mixed synthetics, no landfill-clogging blends.
That choice puts the Stride ahead of traditional sneakers, which manufacturers often can’t recycle because of their complex construction.
Key features of the Fitasy Stride
- Custom-fit based on individual 3D scans
- Fully recyclable polyurethane materials
- Lightweight triple-lattice construction
- Minimal pressure zones and skin friction
- Produced within one week
- Available in black or white
Fitasy Stride lands at CES 2026 with spring launch
Fitasy will officially launch the Stride at CES 2026, with preorders opening in spring. The sneakers will cost $195 and come in either black or white. A waitlist is already live for early adopters.
With the Stride, Fitasy actively reshapes how shoes are made not just sells sneakers. They may finally end the era of one-size-fits-some.
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