Nike Sabrina 3 “Mint Foam” Joins Nike Basketball’s iIn-Line All-Star Collection

Nike Basketball continues to quietly set the tone ahead of All-Star season with a run of black-Swoosh, green-tinted signature releases, and the Nike Sabrina 3 “Mint Foam” fits squarely into that approach. Expected to arrive this spring, the colorway joins a growing lineup of in-line executions, including the KD 18 “Stadium Green” and a bold volt-toned release tied to Giannis Antetokounmpo.

These all stem from the LX versions of the Nike All-Star collection, offering a more accessible in-line version of the highly-limited, high-gloss releases for the mid-season break.

The Sabrina 3 “Mint Foam” leans into restraint rather than spectacle. The upper is finished almost entirely in a soft mint green, applied across the engineered mesh base, reinforced midfoot panels, and structured heel counter. Texture does most of the work here, with subtle ribbing and layered materials giving the shoe depth without breaking from its uniform palette. A glossy black Swoosh cuts through the sidewall, providing the only sharp contrast and reinforcing the visual direction Nike Basketball has been leaning into across multiple signature lines.

Performance details remain intact. The low-profile build is designed around responsiveness and control, pairing a secure lacing system with a supportive midfoot setup suited for quick changes of direction. Cushioning is tuned for court feel and stability, aligning with Sabrina Ionescu’s preference for speed and precision over bulk. Branding stays minimal, with Sabrina’s “S” logo appearing on the tongue in a metallic finish that subtly elevates the otherwise muted presentation.

As part of a broader series of green-based releases, the Nike Sabrina 3 “Mint Foam” feels less like a standalone statement and more like a coordinated effort across Nike Basketball’s top athletes.

With a spring release window expected, the pair should arrive alongside its similarly themed counterparts on Nike.com as the brand ramps up its seasonal rotation.