The UR-100V LightSpeed houses a 3D planetarium featuring eight celestial bodies from our solar system, eight points of reference.
Starting from the Sun, we calculated and illustrated the time taken for a ray of light to reach each of the planets. The Sun’s rays take 8.3 minutes to reach the Earth, while the same ray reaches the surface of Jupiter 35 minutes later. A journey through space and time with light as the medium, the most magical of all vessels.
CASE
43mm width x 51.73mm length x 14,55mm height
POWERRESERVE
48 hours
MOVEMENT
UR 12.02 Self-winding mechanical movement regulated by Planetary Turbine Automatic System
INDICATIONS
Hour Satellite and minutes indicators.
Time required for a ray of light to reach each planet within our solar system
LIGHT SPEED
REF#UR-100LS
MOVEMENT
UR 12.02 Self-winding mechanical movement regulated by Planetary Turbine Automatic System
DIAL
Hour Satellite and minutes indicators.
Time required for a ray of light to reach each planet within our solar system
POWERRESERVE
48 hours
CASE
43mm width x 51.73mm length x 14,55mm height
The UR-100V LightSpeed houses a 3D planetarium featuring eight celestial bodies from our solar system, eight points of reference.
Starting from the Sun, we calculated and illustrated the time taken for a ray of light to reach each of the planets. The Sun’s rays take 8.3 minutes to reach the Earth, while the same ray reaches the surface of Jupiter 35 minutes later. A journey through space and time with light as the medium, the most magical of all vessels.