7
6
ULTRA-THIN SELF-WINDING MECHANICAL
SKELETON TOURBILLON MOVEMENTS
1270S
SPECIFIC HIGHLIGHTS
• One of the Piaget’s most exclusive caliber and one of the thinnest of the market.
• Off-centered hours and minutes display.
• Based on the 1270P Tourbillon and take its legacy from the 1270D and 1200S.
• Movement thickness of only 5.05 mm (including carriage). Image finishes (gold movement)
and Piaget Haute Horlogerie finishes (modern version).
• Movement development time: 3 years.
ENGLISH
1270S
Ultra-thin self-winding mechanical
skeleton tourbillon movement
FUNCTIONS
Off-centred hours and minutes at 5 o’clock.
Flying tourbillon at 1 o’clock.
Seconds indicated by the carriage at 1 o’clock.
FINISHING
Sunburst satin-brushed plate and bridges.
Plate and bridges hand-bevelled
and hand-drawn.
Circular and sunburst satin-brushed wheels.
Hand-bevelled and hand-drawn carriage.
Barrel cover hand-bevelled and hand-drawn.
Hand-bevelled and hand-drawn black
platinum oscillating weight.
Engraved Piaget coat of arms on oscillating
weight.
Jewels:
Components:
Movement thickness:
Casing dimensions:
Frequency:
Power reserve:
35
225
5.05 mm
15’’’
1/2
(34.98 mm)
5.05 mm (including carriage)
21’600 vibrations/
hour, 3 Hz
approximately 42 hours
34.98 mm
5.05 mm
Available in
18K red gold
1270S
Ultra-thin self-winding mechanical
skeleton tourbillon movement
FUNCTIONS
Off-centred hours and minutes at 5 o’clock.
Flying tourbillon at 1 o’clock.
Seconds indicated by the carriage at 1 o’clock.
FINISHING
18K red gold plate and bridges.
Sunburst satin-brushed plate and bridges.
Plate and bridges hand-bevelled
and hand-drawn with a file.
Circular and sunburst satin-brushed wheels.
Hand-bevelled and hand-drawn carriage.
Barrel cover hand-bevelled and hand-drawn
with a file.
Hand-bevelled and hand-drawn pink gold
colour coated platinum oscillating weight.
Engraved Piaget coat of arms on oscillating
weight.
Jewels:
Components:
Movement thickness:
Casing dimensions:
Frequency:
Power reserve:
35
225
5.05 mm
15’’’
1/2
(34.98 mm)
5.05 mm (including carriage)
21’600 vibrations/
hour, 3 Hz
approximately 42 hours
