0:00intercooler installed car A close-up shot focuses on a shiny, metallic silver intercooler installed within the engine bay of a vehicle. The intercooler has a ribbed, rectangular body with a smooth, cylindrical pipe extending from its right side. The word 'MAP' is embossed prominently on the side of the intercooler, along with fine horizontal striations across its surface, giving it a brushed metal appearance. The background is dark, composed of various black plastic and metallic components of the car's engine compartment, suggesting a deep, shadowy interior. The lighting highlights the metallic sheen of the intercooler, creating bright reflections. The overall color palette is dominated by dark greys and silvers, emphasizing the mechanical nature of the component. The camera is static, providing a clear, detailed view of the product.
0:01car driving side view A medium side shot captures a black sedan, likely a Honda Civic, driving from left to right across the frame on a paved road. The car is sleek and modern, with tinted windows and silver multi-spoke wheels. The background consists of a light grey, overcast sky above and a strip of dull green-brown grass along the bottom. The car moves at a moderate speed, creating a sense of dynamic motion against the static background. The lighting is soft and diffused, typical of an overcast day, providing an even illumination without harsh shadows. The overall mood is clean and functional, highlighting the vehicle's design and movement.
0:02intercooler 3d scan close up A close-up shot shows a long, rectangular, metallic intercooler lying flat on a dark, reflective surface, likely a workbench. The core of the intercooler features numerous vertical fins. Two distinct laser lines, one red and one blue, project onto the surface of the intercooler, moving slowly and indicating an ongoing 3D scanning process. The reflections of the lasers are visible on the polished surface below the intercooler. The lighting is direct, making the lasers very prominent against the metallic grey of the part and the dark background. The scene conveys a precise, technical process. The camera is static, focusing intently on the scanning activity.
0:03hand scanning intercooler A medium shot captures a person's hand, wearing a long-sleeved dark shirt, holding a black and grey handheld 3D scanner. The scanner projects red and blue laser lines onto the metallic intercooler, which is lying flat on a dark workbench. The hand moves the scanner steadily along the length of the intercooler, demonstrating the scanning process. The background is a clean white wall with a red strip along the top, suggesting a workshop or lab environment. The lighting is bright and even, clearly illuminating the scanning device, the hand, and the intercooler. The focus is on the precision and technicality of the scanning operation. The camera maintains a static, slightly elevated angle.
A close-up shot focuses on a Dell laptop screen displaying a green, wireframe-like 3D model of the intercooler. The model appears as a collection of light green points and lines, indicating data points captured during the 3D scanning process. The background of the screen is a light grey, contrasting with the vibrant green model. The edges of the laptop screen and part of its black bezel are visible, hinting at the technical setting. The lighting reflects off the screen, creating a subtle sheen. The scene emphasizes the digital design and engineering aspect of the product development. The camera is static, capturing the digital output precisely.
0:06scanner moving across intercooler A medium shot shows a person's hand holding a black and grey 3D scanner. The scanner is positioned above a metallic intercooler, which is lying flat on a dark workbench. Bright red and blue laser lines project from the scanner onto the intercooler, moving rhythmically across its ribbed surface as the scanner is traversed. The background features a white wall with a red stripe, similar to previous scanning shots. The lighting is strong, making the lasers and the metallic texture of the intercooler very clear. This shot provides a slightly different angle, showcasing the scanning process from a side-view, emphasizing the scanner's interaction with the product. The camera is static.
0:08intercooler scan finished A close-up shot of the metallic intercooler on a dark, reflective surface. Initially, red and blue laser lines are visible across its ribbed surface, indicating the 3D scanning process. After a brief moment, a person's hand moves into the frame from the left, briefly hovers over the intercooler, and then moves away, signaling the completion of the scan. The lasers disappear as the hand retreats. The background remains dark and slightly blurred, keeping the focus on the intercooler and the action. The lighting is consistent, accentuating the metallic texture. The scene implies a transition from data acquisition to the next phase of design. The camera is static.
0:11hand on intercooler design screen A medium shot from a low angle, looking up slightly at a wooden workbench. A long, metallic intercooler with fine, wavy fins runs diagonally across the frame. A person's hand, wearing a silver ring on the ring finger, moves from right to left, sliding gently across the top surface of the intercooler. In the background, a computer monitor is visible, displaying a CAD (Computer-Aided Design) software interface with a 3D model of what appears to be the same intercooler part. The background also includes a brick wall and another car part in a box, suggesting a design or workshop environment. The lighting is soft but clear, highlighting the texture of the intercooler and the ring on the hand. The scene connects the physical product with its digital design. The camera is static.
0:15welding intercooler close up A close-up shot focuses on a person wearing yellow welding gloves, actively welding a metallic intercooler on a dark workbench. Bright, intense sparks and a glowing arc are emitted from the welding torch, illuminating the immediate area. The intercooler is long and features numerous parallel fins. The welder's face and upper body are partially visible in a dark welding helmet, obscuring specific features but indicating professional gear. The background is dark and blurred, with hints of industrial curtains or a workshop environment. The lighting is stark, dominated by the intense light from the welding process, creating strong contrasts and highlights. The scene conveys craftsmanship and precision manufacturing. The camera is static.
0:18worker at bench welding A medium shot from behind shows a worker, likely male, wearing a grey hooded sweatshirt with white graphics and blue jeans, sitting on a stool at a workbench. The worker is leaning over a metallic intercooler, engaged in a task that appears to be welding or finishing work, although the exact action is not clearly visible from this angle. Above the workbench, a large blue and grey exhaust hood is mounted, with hoses and tools hanging around it, indicating a proper ventilation setup for welding. The background features a red wall at the top, a white strip, and a grey lower section, typical of a workshop. The lighting is industrial, casting some shadows. The scene portrays the hands-on manufacturing process. The camera is static.
0:19car driving side view again A medium side shot captures a black sedan, similar to a Honda Civic, driving from left to right across the frame on a paved road. The car is sleek and modern, with tinted windows and silver multi-spoke wheels. The background consists of a light grey, overcast sky above and a strip of dull green-brown grass along the bottom. The car moves at a moderate speed, creating a sense of dynamic motion against the static background. The lighting is soft and diffused, typical of an overcast day, providing an even illumination without harsh shadows. The overall mood is clean and functional, highlighting the vehicle's design and movement, reiterating the product's application. The camera is panning to follow the car.
0:20car tire tracks burnout An overhead wide shot captures tire marks in a circular pattern on a light grey asphalt surface, suggesting a car has performed a burnout or drifted. The ground is dry and slightly dusty. The background features light grey cloudy sky and barren trees and bushes on the horizon, indicating a colder season or a desolate area. The lighting is natural and even, casting no harsh shadows. The scene evokes a sense of performance and aggressive driving, showcasing the capabilities enhanced by the product. The camera is static, capturing the aftermath of a dynamic action.
0:22car on track side view A medium side shot shows a black sedan, likely a Honda Civic, driving on a grey asphalt track. The car moves from left to right across the frame. The background features a grassy hill with brown, dry grass and some sparse trees, suggesting an autumn or winter track day. The car is low to the ground and appears to be moving at speed. The lighting is natural and clear. This shot further emphasizes the performance aspect of the car, likely enhanced by the intercooler. The camera is panning to follow the moving car.
The screen is completely black. This is a quick, sharp cut designed to transition between scenes, creating a dramatic pause or separation. There are no visible objects, characters, or discernible lighting, maintaining a uniform dark tone. The camera is static.
0:23intercooler installed car reprise A close-up shot of the shiny, metallic silver intercooler installed within the engine bay of a vehicle, identical to the opening shot. The intercooler features a ribbed, rectangular body with a smooth, cylindrical pipe extending from its right. The 'MAP' logo is clearly embossed on its side. The background consists of dark, shadowy car engine components. Bright reflections highlight the intercooler's surface. This shot serves as a visual bookend, reinforcing the product's integration and quality. The lighting is focused on the intercooler, and the overall color palette remains dark greys and silvers. The camera is static.
0:24car rpm gauge overlay A medium front shot of a black sedan, possibly a Honda Civic, on an asphalt road. A dynamic, semi-transparent digital RPM gauge overlay appears in the center of the screen, emanating from the car's grille area. The gauge is circular with numbers from 0 to 8 and '1 RPM/min x 1000' text. A vibrant, light blue, cloud-like graphic with the 'MAP' logo is briefly visible within the gauge's center. The background shows trees with sparse foliage under an overcast sky. The lighting is natural, and the digital overlay is bright and eye-catching. The scene combines the physical product with a graphical representation of performance. The camera is static.
0:25map redefining text A close-up shot of a stylized digital RPM gauge on a black background. The gauge is circular with numbers 0 to 8, marked '1 RPM/min x 1000'. The 'MAP' logo is prominently displayed in the center, in white, with the word 'REDEFINING' directly below it. The needle of the RPM gauge is red and points towards a low RPM, between 0 and 1. The background is a gradient of dark greys, almost black, with a subtle hint of the car from the previous scene, now mostly obscured by the dark. The overall mood is sleek and brand-focused. The camera is static.
0:26map redefining passion A close-up shot of the digital RPM gauge on a black background. The 'MAP' logo is centered, now accompanied by the full phrase 'REDEFINING PASSION' below it. The red RPM needle is animated, sweeping from a low RPM towards a higher RPM, around 4 or 5. The background remains black, with the subtle visual of the car further obscured. The bottom of the screen displays 'www.maperformance.com' in white text. The scene adds emotional branding, emphasizing the company's core values. The camera is static, with the needle movement providing the dynamic element.
0:27map redefining parts A close-up shot of the digital RPM gauge on a black background. The 'MAP' logo is centered, with the updated phrase 'REDEFINING PARTS' below it. The red RPM needle continues to sweep across the gauge, now moving past 6 and approaching 7. The background remains black. The website 'www.maperformance.com' is still displayed at the bottom. This scene reinforces the company's focus on innovative parts. The camera is static, with the needle movement providing the dynamic element.
0:29map redefining parts final A close-up shot of the digital RPM gauge on a black background. The 'MAP' logo is centered, with the phrase 'REDEFINING PARTS' below it. The red RPM needle is now positioned at a very high RPM, above 7, indicating maximum performance. The background remains black, and the website 'www.maperformance.com' is displayed at the bottom. This final frame solidifies the message of high-performance parts. The camera is static, with the needle static at its highest point.
