[New] Richard Mille RM65-01 Rose Gold Carbon Automatic Winding Split-Seconds Chronograph

将图片加载到图库查看器中， [New] Richard Mille RM65-01 Rose Gold Carbon Automatic Winding Split-Seconds Chronograph

[New] Richard Mille RM65-01 Rose Gold Carbon Automatic Winding Split-Seconds Chronograph

正常价格: MYR 2,250,000.00
销售价格: MYR 2,250,000.00
正常价格
单价: 每

Basic Info
Year of Production	2020 - Present
Condition	Brand New, Unworn
Scope of Delivery	Original Watch, Original Box, Original Warranty Card
Trade-In / Swap	Yes
Payment Mode	USDT, Cash, Bank Transfer, Credit Card, Amex, Tele Transfer
Schedule an Appointment	Call/Text +60.1122.00.3344 / +65.9779.1001
Showroom Location	The Super Rich Concierge Malaysia, Kuala Lumpur

RM 65-01 AUTOMATIC

AUTOMATIC WINDING SPLIT-SECONDS CHRONOGRAPH

OUR MOST COMPLICATED AUTOMATIC CALIBRE

A highly complex sports timepiece, a masterpiece of technical prowess designed for everyday use and for any situation, such is the latest execution of Richard Mille’s tireless quest for innovation,
the new RM 65-01.

The culmination of some five years of development, this automatic split-seconds chronograph is the most complex timepiece ever to leave the Richard Mille workshops. This model fully embodies the brand’s technical approach thanks to the combination of several additional functions, a very specific architecture and an extremely high-end aesthetic. All in all, a fabulous challenge of mechanical watchmaking that called for patience, technicity and utter perseverance.

CALIBRE RMAC4

Skeletonised automatic winding movement with hours, minutes, seconds at 6 o’clock, date, split-seconds chronograph with 30-minute counter at 3 o’clock, 12-hour counter at 9 o’clock, function selector, rapid winding and variable-geometry rotor.

POWER RESERVE

Circa 60 hours (± 10%).
Actual power reserve results will depend on how much the chronograph features are utilised.

BASEPLATE AND BRIDGES MADE OF GRADE 5 TITANIUM

The baseplate and the bridges are crafted of grade 5 titanium, a biocompatible, highly corrosion-resistant and remarkably rigid alloy, which enables the gear train to function effortlessly. The alloy is 90% grade 5 titanium, 6% aluminium and 4% vanadium. This combination further increases the material’s mechanical properties, which explains its frequent use in the aerospace, aeronautical and automobile industries. The baseplate of the calibre RMAC4 has been optimised to for an extremely low weight / resistance ratio.

The skeletonised baseplate and the bridges were subjected to intensive and complete validation tests to optimise their resistance capacities.

SPLIT-SECONDS CHRONOGRAPH

The modern architecture of this movement enables for the consistent and rational arrangement of its constituent parts, avoiding unnecessary superimpositions and permitting the best possible use of the functions thanks to technical solutions.

The RMAC4 calibre is equipped with the latest-generation split-seconds mechanism developed by the engineers at Richard Mille. The 6-column wheel ensures optimised simultaneous movement, maximal function locking, and greater adjustment durability.

The chronograph was also subject to a battery of merciless tests to demonstrate its correct function in any situation, from shock and drop simulations to accelerated 10-year ageing phases for all its functions, to waterproof tests and magnetic field resistance trials.

RAPID WINDING MECHNISM

The rapid winding mechanism was developed in addition to the automatic winding and winding with the crown. It allows the barrel to be quickly rearmed in the event the watch stops. By pressing on the pusher at 8 o’clock, you allow the barrel to be fully reset. This function is ideal for quickly rearming the watch if not worn for a long time.

This highly practical function, described as ‘very playful’ by Richard Mille’s engineers, was particularly difficult to develop because of its high levels of torque transfer. During the ageing tests, the function was activated thousands of times.

DATE DISPLAY

Semi-instantaneous, placed in a vertical aperture at 11 o’clock.

FUNCTION DISPLAY

The RM 65-01 is constructed with a highly specialised gearbox design for Winding, Date and Hand Setting functions. To shift back and forth through these different functions, use the pusher located at the centre of the crown until the desired function is selected. The hand located at 4 o’clock will indicate W, D or H accordingly.

HIGH FREQUENCY BALANCE WITH VARIABLE INTERTIA

Beating at 5Hz (36,000 vph), the fast-beating free-sprung balance offers better reliability in the event of shocks, movement assembly and disassembly, and also guarantees better chronometric results over an extended period of time, keeping a more accurate time. This new type of balance at Richard Mille can measure accurately to 1/10th of a second, ideal for a split-seconds chronograph watch under sporting conditions.

The regulator index is eliminated, and a more accurate and repeatable adjustment is possible thanks to 4 small, adjustable weights located directly on the balance.

VARIABLE-GEOMETRY ROTOR

The RM 65-01 uses a newly designed variable geometry to optimise the rotor’s winding motion.

This exclusive Richard Mille design makes it possible to effectively adapt rewinding of the mainspring to the user’s activity level, in sporting or non-sporting environments.

By adjusting the 3-position weight, the rotor’s inertia is modified to either speed up the winding process in the case of leisurely arm movements, or to slow it down during sporting activities. This invention allows the movement’s winding mechanism to be optimised and personalised to the owner’s lifestyle.

MOVEMENT CHARACTERISTICS

Movement dimensions: 31.78 x 29.98 mm
Thickness: 8.69 mm
Jewels: 51
Balance: Glucydur®, 4 arms, moment of inertia 7.5 mg•cm², angle of lift 53°
Frequency: 36,000 vph (5 Hz)
Balance spring: AK3
Index assembly: Triovis n° 2

CASE IN CARBON TPT ® AND ORANGE QUARTZ TPT ®

Carbon TPT® is almost indestructible and possesses exceptional physical properties that make possible a lighter case offering ideal shock protection.

Carbon TPT® consists of over 600 layers of parallel filaments obtained by separating carbon threads. With a maximum thickness of 30 microns, the Carbon TPT® layers are saturated with matrix, then compiled on a special machine that modifies the orientation of the fibres between each layer by 45°. Once it has been heated to 120°C and subjected to a pressure of 6 bars, the Carbon TPT® is machined at Richard Mille’s factory.

Carbon TPT® is renowned for its excellent resistance to micro-cracks and splits.

The complete case construction is water-resistant to 50 metres thanks to two Nitrile O-ring seals and is assembled using 20 spline screws in grade 5 titanium and 316L stainless steel washers.

FINISHING

MOVEMENT

• Baseplate and bridges in titanium, wet sandblasted, PVD and electroplasma treated
• Anglage and polishing by hand
• Hand-polished locking sections
• Burnished pivots
• Diamond-polished sinks
• Pinions with undercuts
• Sandblasted and rhodium-plated, bevelled wheels

STEEL PARTS

• Sapphire-blasted surfaces
• Anglage and polishing by hand
• Screw slot and screws bevelled and polished with rounded and polished tip

WHEELS

• Concave chamfering with a diamond tool
• Circular-decorated faces
• Rhodium plating (before cutting the teeth)
• Minimal corrections applied to the wheels in order to preserve geometry and performance

OTHER FEATURES

FAST-ROTATING BARREL (6 HOURS PER REVOLUTION INSTEAD OF 7.5 HOURS)

This type of barrel provides the following advantages:

The phenomenon of periodic internal mainspring adhesion is significantly diminished, thereby increasing performance.
Provision of an excellent mainspring delta curve with an ideal power reserve/performance and regularity ratio.

CRYSTAL

Bezel side: In sapphire (1,800 Vickers) with anti-glare treatment (both sides).
Thickness: 1.50 mm
Caseback: In sapphire with anti-glare treatment (both sides).
Thickness: 1.20 mm at the centre; outer edges 2.04 mm

SPLINE SCREWS IN GRADE 5 TITANIUM FOR THE BRIDGES AND CASE

This permits better control of the torque applied to screws during assembly. These screws are unaffected by physical manipulation during assembly or disassembly and age well