0:00intro watch reveal The scene opens with a close-up of a Richard Mille RM 33-03 automatic watch, oriented vertically on a solid black background. The watch is presented from a slightly low angle, emphasizing its sculptural form. The silver-toned case, black rubber strap, and intricate blue skeletonized dial with orange accents are clearly visible. White text overlays appear sequentially: 'RICHARD MILLE' at the top, 'RM 33-03' in a prominent orange font across the dial, and 'AUTOMATIC' below it in white. Further down, 'SAVOIR FAIRE' is displayed. The lighting is focused on the watch, creating sharp contrasts and reflections on the metallic surfaces. The camera slowly zooms in on the watch throughout the segment, bringing more detail into focus as a voiceover begins describing its identity.
0:09hand placing screws A detailed close-up shot focuses on a gloved hand meticulously placing minuscule screws onto a dark, highly reflective surface. The screws are tiny and have a metallic, copper-like sheen. The hand, clad in a sleek black glove, demonstrates precision and careful manipulation. The background is a stark, almost pure white, emphasizing the dark table and the intricate task. The lighting is bright and even, casting subtle reflections of the screws and fingers on the polished surface, creating a sense of depth and focus on the delicate work.
0:14arranging components extreme closeup An extreme close-up shot captures the delicate process of assembling watch components. A gloved hand, holding fine-tipped tweezers, carefully manipulates tiny metal parts. These parts are scattered on a glossy, reflective black surface that mirrors the components and the hand. The background is a bright, diffused white, creating a strong contrast that highlights the intricate details of the watch pieces and the precision of the work. The lighting is soft but direct, minimizing harsh shadows and allowing for clear visibility of every minute element. The scene conveys meticulous craftsmanship and attention to detail.
0:19craftsperson from behind The scene shows a medium shot of the back of a person's head and shoulders. The individual is seated in a dark, minimalist chair against a stark, pure white background, suggesting a focused and clean work environment. They wear a light-colored, possibly white or very pale grey, long-sleeved shirt with a collar. The lighting is bright and even, creating a slightly ethereal glow around the figure. The short, neatly trimmed hair on the back of the head is visible. The shot implies intense concentration and dedication to a task unseen, setting a serious and professional tone.
0:22assembly baseplate tweezers An overhead close-up shot focuses on a sophisticated watch movement component, likely a baseplate, being meticulously assembled. A gloved hand, holding tweezers, carefully places or adjusts a small, intricately cut, dark-colored piece onto the larger baseplate. The baseplate itself is dark and skeletonized, revealing underlying mechanisms. The surface is highly reflective, showing subtle highlights. The background is diffused white, accentuating the precision work. The lighting is bright and clean, emphasizing the minute details and the smooth, controlled movements of the technician's hand, while text on screen describes the use of titanium.
0:28component placement transparent jig An extreme close-up shot shows a small, dark metallic watch component being carefully placed into a larger, complex watch movement. The movement is secured within a clear, cylindrical acrylic jig, allowing visibility of the intricate internal mechanisms. A gloved hand uses precise tweezers to guide the component into its exact position. The background is uniformly light grey, providing a neutral backdrop that highlights the dark, metallic components. The lighting is bright and even, accentuating the fine details of the gears and levers, emphasizing the meticulous nature of watch assembly.
0:30triple split screen assembly gears bridge This scene is presented in a triple split-screen format, offering multiple perspectives of the watch's internal mechanisms. The top panel shows a gloved hand using tweezers to delicately adjust a component within a watch movement, held in a transparent jig. The middle panel features a close-up of intricate watch gears rotating smoothly, showcasing the mechanical precision. The bottom panel displays a dark, intricately cut watch bridge with a textured surface, possibly indicating a black PVD coating, emphasizing its precise craftsmanship. The overall color palette is dark grey and metallic, with bright, focused lighting highlighting the fine details. The text describes the baseplate and bridges' materials and coatings.
0:34extreme closeup bridge placement An extreme close-up captures a technician's gloved hand using tweezers to carefully place a dark, intricately designed watch bridge onto the movement. The bridge, treated with a black PVD coating, has a unique skeletonized pattern and reflects light subtly, highlighting its matte finish and sharp edges. The watch movement itself, featuring various gears and tiny screws, lies beneath. The background is a soft, diffused grey, making the dark components stand out. Bright, focused lighting illuminates the scene, emphasizing the delicate alignment and the high level of craftsmanship required. The text on screen continues to explain the materials and treatments of the components.
0:37overhead skeletonized bridge assembly An overhead close-up shot features a gloved hand, holding tweezers, meticulously lowering a complex, skeletonized watch bridge onto the main watch movement. The bridge is dark grey or black, with multiple delicate cutouts forming an abstract, geometric pattern. The movement is set within a transparent, cylindrical holder, allowing a clear view of the underlying gears and springs. The background is a soft, diffused grey, providing a clean and professional setting. The focused lighting highlights the precise alignment and the intricate design of the components, reinforcing the idea of high-precision engineering. Text on screen emphasizes the exceptional stiffness and surface flatness achieved.
0:40macro drilling component A macro close-up shot captures a highly precise machining operation on a dark metallic watch component. A cylindrical tool with a shiny, sharp tip is shown actively drilling or milling into the surface of the component, creating intricate details or holes. Tiny metallic shavings or dust are visible around the point of contact, indicating the active cutting process. The background is a soft, light grey, allowing the dark component and the metallic tool to stand out. The lighting is bright and direct, emphasizing the fine texture created by the machining and the meticulous nature of the process. The text continues to highlight the technical feat of achieving precise surface flatness.
0:44securing component screwdriver An extreme close-up shot focuses on a small, precise screwdriver meticulously tightening a tiny screw on a watch movement. The screwdriver, with its slender shaft and dark handle, is positioned directly over the screw, which is set into a dark, intricately cut metallic plate. The plate is part of the larger watch movement, which is secured in a transparent cylindrical holder. The background is a clean, bright white, providing high contrast and emphasizing the fine details of the assembly. The lighting is sharp and even, illuminating the textured surface of the components and the precise movement of the screwdriver. The text on screen explains that thin components are prone to flexing and warping, making precise assembly crucial.
0:50overhead movement assembly tweezers An overhead close-up shot captures the final stages of assembling a complex watch movement. A gloved hand, holding tweezers, carefully positions a gear-filled component into the central mechanism of the movement. The entire movement is secured within a clear, cylindrical acrylic holder, which itself sits on a reflective black surface. The movement is dark grey/black with various silver gears and red jewels visible through its skeletonized structure. The background is entirely black, enhancing the reflections on the holder and the metallic components. The lighting is bright and focused, creating a dramatic contrast and emphasizing the intricate details and the skilled craftsmanship. The text on screen discusses the exceptional care and expertise required for this perfect flatness.
0:58skeletonization showcase split screen This extended scene employs various visual techniques to showcase the intricate skeletonization and finishing of the watch. It opens with a two-panel split screen (0:58-1:00) featuring a static close-up of the watch's detailed face on top, and scattered watch components on a reflective black surface below, as the voiceover introduces surface treatments. This transitions to a three-panel split screen (1:00-1:09) where the top panel remains the watch face, the middle panel presents an extreme close-up of rotating watch gears with a purple hue, and the bottom panel shows a close-up of the watch's black case side. This is followed by a single shot (1:09-1:19) with an overhead, slowly rotating extreme close-up of a skeletonized watch baseplate, highlighting its complex cutouts against a black background. The voiceover emphasizes the 'empty and full spaces' of the skeletonization. The lighting throughout is bright and deliberate, designed to highlight textures and forms.
1:40micro rotor assembly split screen This segment uses a split-screen format to detail the assembly of the watch's micro-rotor. The top panel (1:09-1:19) shows an extreme close-up of a screwdriver meticulously turning a tiny screw on a watch component, with a white background. The bottom panel (1:09-1:19) reveals an extreme close-up of the off-centre monoblock micro-rotor, rotating smoothly on ceramic ball bearings, encased within its housing, against a dark background. The voiceover explains the micro-rotor's function in generating energy. The camera then transitions to a single shot (1:19-1:37), focusing on a close-up of a balance spring, showing its intricate coil structure and slight movement. The lighting is sharp and technical, emphasizing the mechanical precision and the tiny details of the components.
1:59variable inertia balance and rotor The scene provides an intimate look at the watch's automatic winding system. It begins with a close-up of a variable-inertia balance, showing its intricate spring and regulatory components against a dark, slightly blurred background, as the voiceover discusses its function. This transitions to a dual split-screen view (1:26-1:37). The top panel shows a watchmaker's tweezers placing a date disc component onto the movement. The bottom panel focuses on the micro-rotor again, but this time it's rotating more clearly, emphasizing its bidirectional winding capability and platinum construction, as stated by the voiceover. The lighting is clean and bright, accentuating the metallic finishes and the fine mechanical parts. The overall mood is one of precision and advanced engineering.
2:17balance spring movement An extreme close-up focuses on the delicate balance spring of the watch movement. The metallic coil of the spring is shown in sharp detail, oscillating gently as the voiceover explains the variable-inertia balance. The background is dark and blurred, isolating the intricate mechanism. The lighting is precise, highlighting the metallic sheen of the spring and the tiny, detailed components it interacts with. The scene conveys the minute and sophisticated engineering at the heart of the timepiece.
2:21date disc assembly split screen This scene uses a split-screen to illustrate the date disc assembly. The top panel shows a dark, intricately patterned date disc held by light-colored wooden tweezers against a solid black background. The bottom panel shows a gloved hand using dark tweezers to carefully place the same date disc onto the watch movement, which is secured in a clear cylindrical holder on a reflective black surface. The voiceover describes the titanium-treated date disc with black PVD. The lighting is bright and direct, highlighting the patterned texture of the disc and the precision of its placement.
2:26date aperture mechanism split screen This split-screen scene focuses on the semi-instantaneous date function. The top panel provides an extreme close-up of the watch's date aperture on the dial, revealing a dark, textured surface with a small cutout for the date display. The underlying mechanism is visible through the skeletonized dial. The bottom panel shows an extreme close-up of the date change mechanism in action, a white rectangular plate swiftly moving into position. The voiceover explains the 'semi-instantaneous' date change at 5 o'clock. The lighting is sharp, highlighting the mechanical precision and the clear distinction between the dark components and the white date field.
2:33date change animation watch face An extreme close-up of the watch's intricate dial captures the semi-instantaneous date change. The date display, a small white numeral, is visible through an aperture at the 5 o'clock position, framed by the dark, skeletonized elements and rose gold-toned numerals. As the mechanism activates, the white date field visibly 'snaps' into place. The dial features striking blue and black elements with orange accents, all finely detailed. The lighting is precise, emphasizing the textures and the subtle movement of the date indicator. The scene highlights the watch's complex functionality and meticulous design, with a voiceover reinforcing the date change as 'semi-instantaneous'.
2:38movement testing assembly split screen This scene utilizes a split-screen format to emphasize the rigorous testing and assembly process. The top panel (1:58-2:09) shows a small, intricately skeletonized metallic component, possibly a bridge, held by light-colored wooden tweezers against a solid black background. The bottom panel (1:58-2:09) shows a gloved hand holding a clear, cylindrical acrylic jig containing the watch movement, with dark tweezers approaching to place another component. The voiceover describes the extensive 'arduous tests' the RMXP3 calibre undergoes. The scene then transitions to a close-up (2:09-2:15) of a watchmaker's eye, with a loupe pressed against their eye socket, intently examining the watch movement, signifying extreme scrutiny. The lighting is technical and bright, accentuating the metallic details and the seriousness of the quality control.
3:10watchmaker inspection The scene provides an intimate glimpse into the watchmaking process. It transitions from the split-screen view to an extreme close-up of a watchmaker's eye, peering intently through a black jeweler's loupe. The loupe is pressed against their eye socket, obscuring the rest of their face, emphasizing their absolute focus and the precision required. The skin around the eye is visible, highlighting the human element in this highly technical craft. The background is bright white and out of focus, drawing all attention to the eye and the loupe. The lighting is soft but direct, creating clear detail on the loupe and the skin. The voiceover explains the rigorous criteria set by the brand.
3:35final movement overview A close-up shot showcases the intricate skeletonized watch movement, rotating slowly against a dark, blurred background. The movement is a complex array of dark grey plates, shining metallic gears, and tiny red jewels, all meticulously arranged. The Richard Mille branding and serial numbers are faintly visible on certain components. The lighting is soft but highlights the metallic textures and the depth created by the skeletonization. The slow rotation allows for a detailed appreciation of the craftsmanship and the precision of the assembled components.
3:39dial and numeral assembly split screen This split-screen scene highlights the assembly of the watch's dial and numerals. The top panel (2:19-2:27) shows a gloved hand using dark tweezers to carefully position the intricate dial with its hour markers onto the watch movement, which is held in a clear cylindrical jig. The bottom panel (2:19-2:27) offers an extreme close-up of a single red gold numeral, meticulously crafted and mounted on a rigid titanium rail, with white luminous inserts. The voiceover explains how the exterior elements and hour markers enhance the sense of depth. The scene then transitions to a single shot (2:27-2:32) with an extreme close-up of another red gold numeral, clearly showing its texture, luminous inserts, and position on the titanium rail. The lighting is sharp, emphasizing the contrasting materials and the precision of the design.
3:52numeral placement and dial detail split screen This scene utilizes a split-screen format to showcase the detailed placement of the watch's numerals and the overall dial. The top panel (2:32-2:46) shows a gloved hand using dark tweezers to carefully align and place a red gold numeral onto the watch dial, which is already set on the movement in a clear cylindrical jig. The bottom panel (2:32-2:46) offers an extreme close-up of the red gold numeral, showing its precise positioning between the flange and the movement, with the 'RICHARD MILLE' branding visible on the dial flange. The voiceover emphasizes how this intricate dial accentuates its volume and draws the eye to the small seconds counter. The lighting is focused and highlights the metallic sheen of the numerals and the intricate details of the dial and movement components.
4:06small seconds counter extreme closeup The final scene is an extreme close-up of the small seconds counter on the Richard Mille watch dial. The counter is positioned at the 6 o'clock mark, featuring a black background with fine white markings and sharp orange triangular indices. A small, rose gold-toned hand sweeps smoothly, indicating the seconds. The surrounding dial elements, including the skeletonized structure and other intricate details, are blurred in the background, drawing full attention to the seconds counter. The lighting is focused, highlighting the metallic texture of the hand and the crispness of the markings. The scene provides a concluding close-up of the watch's precise timekeeping functionality.
