Nivada Grenchen Aquamar Vintage 32062A01

The Antarctic Diver Vintage Aquamar is a modern evolution of the Nivada instrument watches designed for polar exploration, designed for collectors who want a true diver's watch in a compact, wearable format. The 38 mm 316L stainless steel case, with a lug-to-lug length of 45 mm and a thickness of 12.9 mm, maintains a balanced profile on the wrist while conveying a strong technical focus.

The matte dark blue and matte gray dial evokes cold, deep waters, with printed luminous white indexes and thick, cream-colored Super-LumiNova accents for excellent readability even in low-light conditions. The black ceramic bezel with luminous indexes frames the dial and reinforces the watch's true tool-watch character, ideal for timing dives or everyday wear.

Inside, the Soprod P024 automatic movement with date beats, beating at 28,800 vibrations per hour and providing approximately 38 hours of power reserve. The watch is water resistant to 20 ATM and protected by a double-domed sapphire crystal with anti-reflective treatment and a solid steel case back engraved with the signature Nivada penguin and a gold-plated medallion.

The Antarctic Diver Vintage Aquamar is a “cold-forged” tribute to Nivada's exploration heritage, designed to be worn intensively, every day.

Case diameter
38 mm

Case thickness
12.9 mm

Dial
Matte dark blue and matte grey, printed white luminous indexes and thickly printed cream-coloured Super-LumiNova indexes

Case back
Closed case back in 316L stainless steel with “Penguin” engraving and golden medallion

Lunette
Black ceramic bezel with white luminous SLC1 indexes and numerals, bidirectional rotating

Glass
Double-domed sapphire crystal with anti-reflective treatment

Movement
Automatic self-winding Soprod P024 version with date

Frequency
28,800 vibrations/hour (4 Hz)

Power reserve
38 hours

Number of rubies
25

Waterproof
20 ATM

Strap width
20 × 16 mm

Functions
Analogue display of hours, minutes and central seconds, calendar with luminescent disc, self-winding mechanism