BEHRENS Apolar
€3,490.00
Behrens Apolar: an innovative mechanical watch inspired by the Earth and the Moon
The Behrens Apolar offers a revolutionary way of telling time, based on the relationship between the Earth and the Moon . Its unique design and original display make it a remarkable piece in the world of mechanical watchmaking .
A high-precision Swiss movement
Automatic movement ETA2824-2 : Guaranteed reliability and performance with special polished decorations.
Internal mechanical module : Designed and developed by Behrens, it allows for an innovative display of time and a simulation of the lunar trajectory.
24-hour rotating globe : Day/night indicator offering a dynamic visualization of the time.
Micromoon in orbit : Driven by an annular track, it completes a full revolution in 28 days , recreating the lunar cycle.
Decentralized reading system : Two rotating discs replace traditional hands and display the hours and minutes with high precision.
Central seconds hand : Completes the display with elegance and fluidity.
An award-winning watch design
Officially nominated for the Grand Prix d'Horlogerie de Genève (GPHG) 2020 , the Behrens Apolar marks a turning point in watch design. With its dial inspired by celestial movement , it embodies the union of watchmaking art , technical innovation , and astronomy .
Technical specifications
- Case: 316L stainless steel
- Dimensions:
- Thickness: 14.5 mm
- Diameter: 42 mm
- Weight :
- Dial: Blue
- Glass: Domed sapphire with anti-reflective coating
- Movement: Swiss Automatic ETA Cal.2824-2
- Water resistance: 5 ATM
- Bracelet: Leather
- Clasp: Steel pin buckle
Additional information
- Box + documents
- 24-month warranty
- *No signs of wear, marks, or scratches. The watch has been inspected, cleaned, and tested.
delivery time
RIGOROUS SELECTION
Guarantee
24 months
30-day return policy
Secure shipping
Payment in 3 or 4 installments
Chaque montre sélectionnée par Whatimisit est choisie pour son identité visuelle,
son originalité mécanique et sa capacité à proposer une autre lecture du temps.
Pascal L.
Gennadi C.
Fabrice M.
Alexander G.
François B.
Karine C.
Dominique D.
Fabrice M.
Georges L.




































