<p>A super-hydrophobic composite coating with ultra-low near-infrared (NIR) reflectivity and dark green color characteristics was fabricated using graphene as the laser-absorbing filler, phthalocyanine green and polyurethane-based medium yellow color paste as the coloring pigments, nano-SiO₂ as the surface roughness-regulating filler, and PDMS as the binder matrix, respectively. The effects of total pigment and filler content, mass ratio of nano-SiO₂ to pigment-filler, mass ratio of graphene to phthalocyanine green, and mass ratio of medium yellow color paste to phthalocyanine green on the coating’s color, 1.06&#xa0;μm NIR reflectivity, water contact angle (WCA), and mechanical properties were systematically investigated. The results show that when the total pigment and filler content is 40 wt.%, and the mass ratio of nano-SiO₂ to pigment-filler is 4:6, the coating exhibits a WCA of 154° and a 1.06&#xa0;μm NIR reflectivity of 11.9%. By optimizing the graphene to phthalocyanine green ratio (1:12) and medium yellow color paste to phthalocyanine green ratio (7:3), the coating color matches the dark green standard in GJB795A, approaching the color number of DG0546. Under these conditions, the coating maintains a WCA of 151°, a low 1.06&#xa0;μm NIR reflectivity of 9.0%, and excellent mechanical properties: adhesion strength (grade 2), flexibility (2&#xa0;mm), and impact resistance (50&#xa0;kg × cm). These properties satisfy the requirements for super-hydrophobic laser and visible light compatible stealth coating, demonstrating broad application prospects in multi-spectrum compatible stealth coatings for land-based equipment.</p>