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Car engineering

Germaine ABAYIRINGIRA

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44,587 views • 1 month ago •via X (Twitter)

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Massimo

3,492,969 views • 10 months ago

Fascinating. Audi's car configurator uses webrtc to stream the 3D view from some remote rendered service instead of using WebGL in the browser. Really want to know what lead to that engineering decision. The latency is awful and the render quality is quite low resolution.

Fascinating. Audi's car configurator uses webrtc to stream the 3D view from some remote rendered service instead of using WebGL in the browser. Really want to know what lead to that engineering decision. The latency is awful and the render quality is quite low resolution.

Armin Ronacher ⇌

274,255 views • 1 year ago

The Fundamental principles of Mastering high-performance vehicle tuning requires an in-depth understanding of mechanical engineering, from suspensions to drivetrain optimization. A turbocharger utilizes the power of forced induction, where exhaust energy drives the turbo impeller to increase intake air density for efficient combustion. For every car enthusiast, analyzing the relationship between a turbocharger, torque, and horsepower is vital when optimizing sportscars, super cars, American muscle, or SUVs. The automotive industry showcases the constant evolution of global car culture. Whether focusing on JDM legends, custom vehicle modifications, or modern cars, prioritizing engine durability and reliability remains essential. Mastering these mechanical engineering standards ensures that turbo technology maximizes performance and capability across all cars.

The Fundamental principles of Mastering high-performance vehicle tuning requires an in-depth understanding of mechanical engineering, from suspensions to drivetrain optimization. A turbocharger utilizes the power of forced induction, where exhaust energy drives the turbo impeller to increase intake air density for efficient combustion. For every car enthusiast, analyzing the relationship between a turbocharger, torque, and horsepower is vital when optimizing sportscars, super cars, American muscle, or SUVs. The automotive industry showcases the constant evolution of global car culture. Whether focusing on JDM legends, custom vehicle modifications, or modern cars, prioritizing engine durability and reliability remains essential. Mastering these mechanical engineering standards ensures that turbo technology maximizes performance and capability across all cars.

Mechanical Knowledge

67,631 views • 2 months ago

Midjourney + Google Ai Studio + SORA Now we're cooking. TOOLS: + Midjourney: Base Image + Google Ai Studio: Image Variants + Sora: Storyboard + Topaz: Upscale + FPS inc. + MM Audio: Sound FX + Udio: Music Midjourney Prompt: side view, plexiglass translucent futuristic car in a sharp studio, the body of the car is completely see-through soft aesthetic contrasting against the background, smooth curves and contours, deep textured off-road tires, soft studio lighting, high precision photography, blocks of text and layers of depth ordered neatly on the car, clean and sleek, accenting shadows, clear wiring and mechanical engineering contrasting inside the anatomy of the car --chaos 5 --ar 3:2 --quality 2 --profile 9ikiq5k yvrnvah 7lgpc2a --stylize 850 Google Ai Studio Prompt: Let's get a [perspective] of this car in a white studio. Sora Storyboard Prompt Struct: the camera moves smoothly [direction] to a [shot type] shot as the car morphs.

Rory Flynn

107,961 views • 1 year ago

In our factory, we combine luxury and comfort with cutting-edge technology. At Dtec, we lead the technological and software transformation that’s redefining the in-car experience. Our journey begins with design and comes to life through the engineering power that unites Dtec AI assistants with intelligent IoT networks. The network of future mobility is being shaped here.

In our factory, we combine luxury and comfort with cutting-edge technology. At Dtec, we lead the technological and software transformation that’s redefining the in-car experience. Our journey begins with design and comes to life through the engineering power that unites Dtec AI assistants with intelligent IoT networks. The network of future mobility is being shaped here.

Dtec AI Network

10,969 views • 10 months ago

At Monterey Car Week, BUGATTI and C'SEED celebrated a shared vision of exceptional craftsmanship, innovation, and design excellence. Blending sculptural elegance with cutting-edge technology, the C'SEED BUGATTI N1 reveals itself with effortless precision, transforming from a refined design object into a monumental 4K MicroLED display and turning every interaction into a captivating experience. A statement piece where engineering meets artistry.

At Monterey Car Week, BUGATTI and C'SEED celebrated a shared vision of exceptional craftsmanship, innovation, and design excellence. Blending sculptural elegance with cutting-edge technology, the C'SEED BUGATTI N1 reveals itself with effortless precision, transforming from a refined design object into a monumental 4K MicroLED display and turning every interaction into a captivating experience. A statement piece where engineering meets artistry.

Bugatti

320,531 views • 17 days ago

Mercedes 300CE-24. One of the best looking coupes Mercedes made from that era. The pillarless C124 design alone makes it special. This version uses the M104 24-valve straight six instead of the 12v, which was one of the better engines offered in the W124 lineup. Smooth, strong and very much part of classic Mercedes engineering. There were a lot of good powertrains available in these coupes and even an AMG, but the 300CE-24 is a sweet spot. Manual versions also existed, which makes the car even more interesting today, although they’re quite rare. Sometimes I still think a 500CE with the M119 V8 would have made this car even better.

Mercedes 300CE-24. One of the best looking coupes Mercedes made from that era. The pillarless C124 design alone makes it special. This version uses the M104 24-valve straight six instead of the 12v, which was one of the better engines offered in the W124 lineup. Smooth, strong and very much part of classic Mercedes engineering. There were a lot of good powertrains available in these coupes and even an AMG, but the 300CE-24 is a sweet spot. Manual versions also existed, which makes the car even more interesting today, although they’re quite rare. Sometimes I still think a 500CE with the M119 V8 would have made this car even better.

Autowelt

13,470 views • 6 months ago

Life update: It’s been kinda hard the past two weeks. I’ve been trying to live normally but honestly it’s still hard. Been in and out of hospitals, figuring out surgery (keeps getting delayed), trying to work (hard to focus and sleep), travel for conferences, run Touchdown (was supposed to start fundraising two weeks ago). I’m very lucky to be alive, I was worried I was gonna go blind in my left eye. I was a passenger and FSD was on, so it’s honestly just made me really curious. How does perception actually work? How does the car identify and classify objects? Is all the inference done on the vehicle? Imma always support Elon Musk and I’ll always have tremendous respect for everyone at Tesla and Tesla_AI pushing the boundaries of engineering to help humanity. Engineering is extremely hard and no matter how hard you try you can’t get all edge cases. But I genuinely want to understand the engineering challenges behind FSD and autonomous driving. Is there anyone at Tesla_AI or Tesla I can talk to go thru this? I want to see how I can help make autonomous driving safer.

Life update: It’s been kinda hard the past two weeks. I’ve been trying to live normally but honestly it’s still hard. Been in and out of hospitals, figuring out surgery (keeps getting delayed), trying to work (hard to focus and sleep), travel for conferences, run Touchdown (was supposed to start fundraising two weeks ago). I’m very lucky to be alive, I was worried I was gonna go blind in my left eye. I was a passenger and FSD was on, so it’s honestly just made me really curious. How does perception actually work? How does the car identify and classify objects? Is all the inference done on the vehicle? Imma always support Elon Musk and I’ll always have tremendous respect for everyone at Tesla and Tesla_AI pushing the boundaries of engineering to help humanity. Engineering is extremely hard and no matter how hard you try you can’t get all edge cases. But I genuinely want to understand the engineering challenges behind FSD and autonomous driving. Is there anyone at Tesla_AI or Tesla I can talk to go thru this? I want to see how I can help make autonomous driving safer.

William Chen

2,459,915 views • 1 month ago

Eight students were killed after a Tamil Nadu-registered seven-seater car crashed into a parked goods lorry on National Highway 66 in Kerala's Thrissur district late on Friday night. The accident took place around 11.40 pm on September 4 at Panambikkunnu in Kaipamangalam. According to preliminary information, the car was travelling from Guruvayur towards Kodungallur when it collided with the rear of the parked lorry. The lorry was reportedly stationed near a diversion on an under-construction stretch of National Highway 66. Traveling at high speed, the driver apparently missed a diversion barricade and slammed into the parked lorry's rear, as per media reports. Six students died instantly at the scene, while two others were declared dead upon arrival at a nearby hospital, according to police. Police confirmed that all eight occupants,young men from Tamil Nadu believed to be engineering students, died in the crash. Authorities recovered student identification cards from the vehicle, with preliminary reports indicating they attended an engineering college in Dindigul, Tamil Nadu. The impact of the collision was severe, leaving the car badly mangled. Rescue personnel faced difficulties in removing the occupants from the wreckage and had to cut open the vehicle to retrieve the bodies. Fire and rescue personnel, police officials and local residents were involved in the rescue operation. The bodies were subsequently shifted to the mortuary at Thrissur Medical College for further procedures and identification. Preliminary reports also said CCTV footage captured the car travelling along the highway shortly before the crash. The footage and other evidence are expected to form part of the investigation into the circumstances leading to the collision, according to the reports. Police have initiated an investigation into the accident. Authorities are examining the road conditions, the positioning of the parked lorry and other factors that may have contributed to the crash.

Eight students were killed after a Tamil Nadu-registered seven-seater car crashed into a parked goods lorry on National Highway 66 in Kerala's Thrissur district late on Friday night. The accident took place around 11.40 pm on September 4 at Panambikkunnu in Kaipamangalam. According to preliminary information, the car was travelling from Guruvayur towards Kodungallur when it collided with the rear of the parked lorry. The lorry was reportedly stationed near a diversion on an under-construction stretch of National Highway 66. Traveling at high speed, the driver apparently missed a diversion barricade and slammed into the parked lorry's rear, as per media reports. Six students died instantly at the scene, while two others were declared dead upon arrival at a nearby hospital, according to police. Police confirmed that all eight occupants,young men from Tamil Nadu believed to be engineering students, died in the crash. Authorities recovered student identification cards from the vehicle, with preliminary reports indicating they attended an engineering college in Dindigul, Tamil Nadu. The impact of the collision was severe, leaving the car badly mangled. Rescue personnel faced difficulties in removing the occupants from the wreckage and had to cut open the vehicle to retrieve the bodies. Fire and rescue personnel, police officials and local residents were involved in the rescue operation. The bodies were subsequently shifted to the mortuary at Thrissur Medical College for further procedures and identification. Preliminary reports also said CCTV footage captured the car travelling along the highway shortly before the crash. The footage and other evidence are expected to form part of the investigation into the circumstances leading to the collision, according to the reports. Police have initiated an investigation into the accident. Authorities are examining the road conditions, the positioning of the parked lorry and other factors that may have contributed to the crash.

Hate Detector 🔍

30,894 views • 4 days ago

Mercedes created the E500 to provide a saloon capable of continuous high-speed operation, requiring Porsche’s chassis revisions to support the 5.0-litre V8. The E500 exists because Mercedes wanted a saloon that could travel at sustained autobahn speeds without stress. Porsche’s involvement widened the track, revised the suspension and helped integrate the 5.0-litre V8’s 322 HP. Its reputation today comes from that engineering depth, not from theatrics, but from how solid and consistent the car still feels. Mercedes 500E / E500 W124 I know but, we sometimes want to see someone ripping it.

Mercedes created the E500 to provide a saloon capable of continuous high-speed operation, requiring Porsche’s chassis revisions to support the 5.0-litre V8. The E500 exists because Mercedes wanted a saloon that could travel at sustained autobahn speeds without stress. Porsche’s involvement widened the track, revised the suspension and helped integrate the 5.0-litre V8’s 322 HP. Its reputation today comes from that engineering depth, not from theatrics, but from how solid and consistent the car still feels. Mercedes 500E / E500 W124 I know but, we sometimes want to see someone ripping it.

Autowelt

88,470 views • 9 months ago

📌Today’s Office: Kampala Northern Bypass: This morning, I watched school children and pedestrians confidently use the footbridge along the Northern Bypass, [Kyebando-Bukoto stretch], no worry of car crash risks!! Now this is what urban infrastructure should do; separate people from high-speed traffic, reduce conflict points, and protect vulnerable road users!!! We can therefore say this engineering solution did not only provide for vehicular traffic but also pedestrian safety! Let protect this very vital asset! Government of Uganda , the European Union and the Contractor Mota Engil delivered on this one!🤙🏾 #RoadSafetyUg Ministry of Works & Transport

📌Today’s Office: Kampala Northern Bypass: This morning, I watched school children and pedestrians confidently use the footbridge along the Northern Bypass, [Kyebando-Bukoto stretch], no worry of car crash risks!! Now this is what urban infrastructure should do; separate people from high-speed traffic, reduce conflict points, and protect vulnerable road users!!! We can therefore say this engineering solution did not only provide for vehicular traffic but also pedestrian safety! Let protect this very vital asset! Government of Uganda , the European Union and the Contractor Mota Engil delivered on this one!🤙🏾 #RoadSafetyUg Ministry of Works & Transport

Allan Ssempebwa Kyobe, Chart. PR

27,954 views • 6 months ago

$In case you were wondering, here's information about The Nissan GT-R, often referred to as "Godzilla," is an iconic high-performance 🏎️ sports car and known for its impressive power 💪 and advanced technology. Since its debut in 2007, the GT-R has captivated automotive enthusiasts with its twin-turbocharged V6 engine 🏁 sophisticated all-wheel-drive system, and innovative aerodynamics 🌬️ Boasting a 0-60 mph time of under three seconds ⏱️, it competes with top-tier supercars at a fraction of the costs. The GT-R's blend of speed, handling, and everyday usability makes it a standout in the automotive world 🌍 , representing the pinnacle of Nissan's engineering prowess and a symbol of modern Japan’s performance$

In case you were wondering, here's information about The Nissan GT-R, often referred to as "Godzilla," is an iconic high-performance 🏎️ sports car and known for its impressive power 💪 and advanced technology. Since its debut in 2007, the GT-R has captivated automotive enthusiasts with its twin-turbocharged V6 engine 🏁 sophisticated all-wheel-drive system, and innovative aerodynamics 🌬️ Boasting a 0-60 mph time of under three seconds ⏱️, it competes with top-tier supercars at a fraction of the costs. The GT-R's blend of speed, handling, and everyday usability makes it a standout in the automotive world 🌍 , representing the pinnacle of Nissan's engineering prowess and a symbol of modern Japan’s performance

Janna Breslin

105,610 views • 2 years ago

A “Bangle butt” hiding one of the most advanced V12s ever built. The controversial 7 Series with the most advanced V12 of its time. Launched in 2002, the E65 polarised buyers with its bold “Bangle butt” styling, but under the bonnet was engineering brilliance. The 760i featured the new 6.0-litre N73 V12, also seen in Rolls Royce, producing 438 HP with direct injection, one of the most sophisticated naturally aspirated V12s ever fitted to a saloon. Effortless thrust, whisper-quiet refinement (all though this one is a little modified), and the ability to cruise at 250 km/h without breaking a sweat. Misunderstood then, respected now, I think the facelift examples are an amazing looking car. BMW E65 760i

A “Bangle butt” hiding one of the most advanced V12s ever built. The controversial 7 Series with the most advanced V12 of its time. Launched in 2002, the E65 polarised buyers with its bold “Bangle butt” styling, but under the bonnet was engineering brilliance. The 760i featured the new 6.0-litre N73 V12, also seen in Rolls Royce, producing 438 HP with direct injection, one of the most sophisticated naturally aspirated V12s ever fitted to a saloon. Effortless thrust, whisper-quiet refinement (all though this one is a little modified), and the ability to cruise at 250 km/h without breaking a sweat. Misunderstood then, respected now, I think the facelift examples are an amazing looking car. BMW E65 760i

Autowelt

14,944 views • 11 months ago

Bugatti subjects its chassis to nonstop, week-long testing that simulates an entire year of real-world driving. The Bugatti Chiron stands as one of the most extreme hypercars ever built—a triumph of engineering designed to redefine what a road car can achieve. At its heart lies an 8.0-liter quad-turbo W16 engine producing around 1,500 horsepower, propelling the Chiron from 0–100 km/h in under 2.5 seconds. While electronically limited to 420 km/h, its true potential exceeds that. The body is fully crafted from carbon fiber, and every component is engineered for stability at mind-bending speeds. Inside, the Chiron combines luxury with precision, from hand-stitched leather to aerospace-grade materials. It’s not just astonishingly fast—it’s one of the most advanced feats of automotive craftsmanship ever realized.

Bugatti subjects its chassis to nonstop, week-long testing that simulates an entire year of real-world driving. The Bugatti Chiron stands as one of the most extreme hypercars ever built—a triumph of engineering designed to redefine what a road car can achieve. At its heart lies an 8.0-liter quad-turbo W16 engine producing around 1,500 horsepower, propelling the Chiron from 0–100 km/h in under 2.5 seconds. While electronically limited to 420 km/h, its true potential exceeds that. The body is fully crafted from carbon fiber, and every component is engineered for stability at mind-bending speeds. Inside, the Chiron combines luxury with precision, from hand-stitched leather to aerospace-grade materials. It’s not just astonishingly fast—it’s one of the most advanced feats of automotive craftsmanship ever realized.

Historic Vids

510,230 views • 6 months ago

Cool Dad Mode Baby Stroller! Listen up, fellas. This is what peak American Dad engineering looks like. Took a car seat, slapped it on an RC monster truck chassis with legit off-road tires and suspension, and now the little one is out here getting better rides than I did in my first truck. No paved sidewalks. No weak plastic wheels. Just straight gravel, dirt, and pure freedom. Baby’s chillin’ like a boss while I’m ripping it around the yard like a damn Baja 1000 for toddlers. Other dads out here pushing $800 strollers that can’t handle a curb. Meanwhile I’m building the future of American childhood, one reinforced chassis at a time. Real men don’t just take their kids for walks... we take ‘em off-roading. Who else is ready to upgrade their dad game?

Cool Dad Mode Baby Stroller! Listen up, fellas. This is what peak American Dad engineering looks like. Took a car seat, slapped it on an RC monster truck chassis with legit off-road tires and suspension, and now the little one is out here getting better rides than I did in my first truck. No paved sidewalks. No weak plastic wheels. Just straight gravel, dirt, and pure freedom. Baby’s chillin’ like a boss while I’m ripping it around the yard like a damn Baja 1000 for toddlers. Other dads out here pushing $800 strollers that can’t handle a curb. Meanwhile I’m building the future of American childhood, one reinforced chassis at a time. Real men don’t just take their kids for walks... we take ‘em off-roading. Who else is ready to upgrade their dad game?

AmericanPapaBear™

20,329 views • 3 months ago

Is it just me or have American car companies turned to absolute junk 💩 This is why we have Toyota, Subaru, and Honda in my household. The Japanese actually make really great cars and my favorite is Toyota. Toyota has earned its reputation as one of the best car companies in the world by doing something deceptively simple: building vehicles that keep working. While many manufacturers chase flashy technology, complicated drivetrains, and constant redesigns, Toyota has traditionally placed enormous emphasis on reliability, durability, and manufacturing quality. Engines and transmissions are often refined over many years rather than replaced simply for the sake of novelty. That conservative engineering philosophy is a major reason so many Toyotas routinely survive 200,000 or even 300,000 miles with basic maintenance. Toyota’s quality control is another major advantage. The company’s famous production system emphasizes consistency, identifying defects early, and continuously improving manufacturing processes. That attention to detail translates into vehicles that tend to age gracefully, with fewer catastrophic failures and strong resale values. Models like the Camry, Corolla, 4Runner, Tacoma, Land Cruiser, and Prius have built decades-long reputations for dependability. In many parts of the world, Toyotas are chosen for difficult conditions precisely because owners trust them to start every morning and keep going. Toyota is not always the fastest, most luxurious, or most exciting manufacturer. That is almost the point. A great car should not constantly demand your attention. It should quietly carry your family, commute every day, survive road trips, and still be running years after the payments are gone. Toyota’s greatest luxury is they actually freakin' work. Now can we please make the Hilux legal in the United States again?

Is it just me or have American car companies turned to absolute junk 💩 This is why we have Toyota, Subaru, and Honda in my household. The Japanese actually make really great cars and my favorite is Toyota. Toyota has earned its reputation as one of the best car companies in the world by doing something deceptively simple: building vehicles that keep working. While many manufacturers chase flashy technology, complicated drivetrains, and constant redesigns, Toyota has traditionally placed enormous emphasis on reliability, durability, and manufacturing quality. Engines and transmissions are often refined over many years rather than replaced simply for the sake of novelty. That conservative engineering philosophy is a major reason so many Toyotas routinely survive 200,000 or even 300,000 miles with basic maintenance. Toyota’s quality control is another major advantage. The company’s famous production system emphasizes consistency, identifying defects early, and continuously improving manufacturing processes. That attention to detail translates into vehicles that tend to age gracefully, with fewer catastrophic failures and strong resale values. Models like the Camry, Corolla, 4Runner, Tacoma, Land Cruiser, and Prius have built decades-long reputations for dependability. In many parts of the world, Toyotas are chosen for difficult conditions precisely because owners trust them to start every morning and keep going. Toyota is not always the fastest, most luxurious, or most exciting manufacturer. That is almost the point. A great car should not constantly demand your attention. It should quietly carry your family, commute every day, survive road trips, and still be running years after the payments are gone. Toyota’s greatest luxury is they actually freakin' work. Now can we please make the Hilux legal in the United States again?

Declaration of Memes

36,479 views • 14 days ago

Elon Musk nearly went bankrupt building something nobody on Earth wanted to build. Then he gave it all away for free. Most people still don’t understand what actually happened. Before Tesla, not a single major automaker was serious about electric vehicles. EVs were a punchline. Glorified golf carts. The entire industry laughed them off. Elon looked at that vacuum and decided he would fill it himself. Not because it was profitable. Because if he didn’t, nobody would. That bet nearly killed Tesla. The company came within weeks of total collapse. Multiple times. Consider what they were up against. Combustion engines had 150 years of compounding innovation. 150 years of supply chains, manufacturing infrastructure, and institutional knowledge threaded into every single component. Tesla had a vision and 15 years. They built everything from nothing. The cars. The batteries. The software. The factories. Then came the part nobody talks about. Tesla had to build the entire charging infrastructure itself. A global Supercharger network. Thousands of stations spanning continents. Just so people could actually drive the cars they were selling. That is not a car company. That is a civilization-scale engineering project. Built by a company that was weeks from death. Then the numbers landed. The Tesla Model Y became the best-selling car in the world. Not the best-selling EV. The best-selling car on Earth. Three straight years. 2023. 2024. 2025. After 150 years of combustion dominance, an electric vehicle from a company that almost didn’t survive outsold every gas car on the planet. Then the story turned. Tesla open-sourced their patents. Opened the Supercharger network to competitors. The company nearly bled out building what nobody else would. Then they handed the blueprints to everyone. For free. Elon Musk: “It’s because it’s very important to accelerate the transition to sustainable transport. And this is really important for the future of the world.” He had the monopoly. He gave it away. He chose the mission over the moat. Without Elon, the auto industry would still be polishing combustion engines and pretending the future was decades away. He built what nobody would. Nearly lost everything in the process. Outsold the entire industry. Then handed the blueprints to his competitors for free. The mission was never about Tesla.

Elon Musk nearly went bankrupt building something nobody on Earth wanted to build. Then he gave it all away for free. Most people still don’t understand what actually happened. Before Tesla, not a single major automaker was serious about electric vehicles. EVs were a punchline. Glorified golf carts. The entire industry laughed them off. Elon looked at that vacuum and decided he would fill it himself. Not because it was profitable. Because if he didn’t, nobody would. That bet nearly killed Tesla. The company came within weeks of total collapse. Multiple times. Consider what they were up against. Combustion engines had 150 years of compounding innovation. 150 years of supply chains, manufacturing infrastructure, and institutional knowledge threaded into every single component. Tesla had a vision and 15 years. They built everything from nothing. The cars. The batteries. The software. The factories. Then came the part nobody talks about. Tesla had to build the entire charging infrastructure itself. A global Supercharger network. Thousands of stations spanning continents. Just so people could actually drive the cars they were selling. That is not a car company. That is a civilization-scale engineering project. Built by a company that was weeks from death. Then the numbers landed. The Tesla Model Y became the best-selling car in the world. Not the best-selling EV. The best-selling car on Earth. Three straight years. 2023. 2024. 2025. After 150 years of combustion dominance, an electric vehicle from a company that almost didn’t survive outsold every gas car on the planet. Then the story turned. Tesla open-sourced their patents. Opened the Supercharger network to competitors. The company nearly bled out building what nobody else would. Then they handed the blueprints to everyone. For free. Elon Musk: “It’s because it’s very important to accelerate the transition to sustainable transport. And this is really important for the future of the world.” He had the monopoly. He gave it away. He chose the mission over the moat. Without Elon, the auto industry would still be polishing combustion engines and pretending the future was decades away. He built what nobody would. Nearly lost everything in the process. Outsold the entire industry. Then handed the blueprints to his competitors for free. The mission was never about Tesla.

Dustin

15,084 views • 4 months ago