Maestro 3.0 Chronograph

The Maestro 3.0 Chronograph grey dial adds a contemporary edge to the classic baroque-inspired Maestro case. The Darkblast® Grade 5 Titanium case and screw-down crown deliver 100 meters of water resistance, and shockproof durability making it as reliable as it is refined.

Bracelet
The strap is presented in white vulcanised rubber, featuring a Clous de Paris finish on the top side and the signature Gerald Charles logo tapisserie on the rear, secured with a Darkblast® Grade 5 Titanium pin buckle engraved with the GC logo.

Detail of Dial
Grey, Clous de Paris mini tapisserie and sunburst finishing. Indexes: Applied "baton" shaped and dots at 6h and 12h filled with white Super-LumiNova with green C7 SPL light at night. Counters: Applied, 60 seconds counter at 3h, 12 hours at 6h and 30 minutes at 9h. Decalque and minute-track printed black with white logo.

Caliber: Swiss manufacture 3.0 caliber
Functions: Central hour, minute and seconds hands; 60 seconds counter at 3h, 12 hours at 6h and 30 minutes at 9h
Power reserve: 50 hours
Water Resistance: 10 ATM/100 metres
Maestro: Original design by Mr. Gérald Charles Genta
Crown: Screw-down crown with Clous de Paris finish and embossed logo
Construction: Carved with CNC numeric control machinery. Asymmetric polygon with smooth edges

Dimension
Width: 39.00mm 
Lenght: 41.70mm 
Thickness: 11.50mm 
Entrecorne: 22.00mm

Components: 39 Pieces
Finishing: Darkblast™ case, vertical brushed case back
Power reserve: 50 hours with double barrels system
Dimensions: 28.00mm diameter, 6.07mm total thickness
Number of components: 351 pieces
Frequency: 28’800 A/h - 4Hz
Finishing: Bridges finely decorated with colimaçon, côtes de Genève and perlage finishes
Oscillating weight: Golden central oscillating weight decorated with the new 25th Anniversary logo. Two layers of finishings: sandblasted base, colimaçon and soleil brushed top with the Gerald Charles “honeycomb” motif
Shock resistance: 5G shock resistance, tested with 5 axes robotic arm. Incabloc® anti-shock system