Black and White Sneaker with Red Accent
Explore more patterns
Download the free PDF chart once you sign in.
Did you know?
Sneakers evolved from canvas plimsolls in the early 1900s into today's high-tech athletic and lifestyle shoes, becoming cultural icons that blur the line between performance gear and fashion statement. The contrast-heavy colorway shown here—black leather with white trim and a bold red accent—draws from classic sneaker design language that's been refined over decades of athletic footwear innovation. These color combinations became particularly iconic in the late 20th century, symbolizing both sport heritage and streetwear culture.
- Stitch count: 97 x 87
- 29 colors in the palette
- Downloaded 13 times

97 x 87 stitches 29 colors
Pattern description
Athletic footwear has become as much a canvas for design as it is a functional shoe, and this cross-stitch pattern captures that modern aesthetic perfectly. The composition features a bold black, white, and charcoal sneaker with striking red accents, rendered in 29 DMC thread colors across a 97 × 97 stitch count. The neutral palette and clean stitching lines make this intermediate-level needlework project ideal for crafters looking to expand their skills without overwhelming complexity.
Stitching this sneaker pattern offers a satisfying visual payoff as the dimensional shading brings the shoe to life on Aida fabric. The interplay of dark tones creates depth while the white and red highlights pop against the muted background, making it a striking piece for a teen's bedroom, a sneaker enthusiast's space, or anyone who appreciates contemporary craft. At intermediate difficulty, the project rewards careful color placement and patience, resulting in a finished piece that feels fresh and modern rather than purely decorative.
Material Type: Aida Generic White
Sewing Count: 14/inch or 55/100mm
Design Size: 97 x 87 stitches
Sewn Design Size: 6.9 x 6.2 inches or 176 x 158 mm
Suggested Material Size: 12.8 x 12.1 inches or 326 x 308 mm
Stitch Style: Cross-stitch Using 2 strands











