Captain Cook Chronograph 43mm

The Captain Cook Chronograph wears a characteristic box-shaped, scratch-resistant sapphire crystal with anti-reflective treatment on both faces. The thin, stylish 43 mm stainless steel case features a polished blue high-tech ceramic inlay on the bezel, complementing the silver-to-blue gradient dial. The numbers, markers and triangles are treated with Super-Lumi Nova®. Inside, the new, thinner R801 automatic movement, with 37 jewels, five hands and 59 hours of power reserve thanks to an antimagnetic Nivachron™ hairspring, exceeds standard test requirements from 3 to 5 positions for higher accuracy. The model comes with a polished and brushed stainless steel bracelet, as well as a blue leather strap and an additional fabric strap in deep blue. Movement Rado calibre R801, automatic, 37 jewels, 5 hands, red printed date at 6 o’clock, 59-hour power reserve, antimagnetic Nivachron™ hairspring, exceeds standard test requirements from 3 to 5 positions for higher accuracy Case Polished stainless steel case Stainless steel turning bezel with a polished blue high-tech ceramic insert with engraved numbers and markers, triangle in white Super-Lumi Nova®Circular-brushed stainless steel screw-down case back with sapphire crystal Polished stainless steel screw-down crown and pushers Box-shaped sapphire crystal with anti-reflective coating on both faces Water-resistant to 30 bar (300m) Dial Silver to blue gradient Rhodium-coloured applied indexes with white Super-Lumi Nova®Rhodium-coloured moving anchor symbol with red backplate White printed Rado and Captain Cook logos, 300m / 1000ft Hands Rhodium-coloured with white Super-Lumi Nova®Rhodium-coloured second chrono hand with red tip Rhodium-coloured minute chrono hand counter with red tip Rhodium-coloured small second hand counter Bracelet Easy Clip system Polished and brushed stainless steel, extendable folding clasp Blue leather strap, stainless steel folding clasp Blue textile NATO style strap, stainless steel pin buckle Dimensions43. 0 x 49. 5 x 14. 8 (Wx Lx H i