#Drag Coefficient

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#Drag Coefficient Reel by @supercar_aerodynamics - 👑Drag KING? Mercedes EQS Beats Tesla Model S? -EQS drag coefficient: 0.202 vs -Model S drag coefficient: 0.208 #dragcoefficient #automobile #evcar #
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@supercar_aerodynamics
👑Drag KING? Mercedes EQS Beats Tesla Model S? -EQS drag coefficient: 0.202 vs -Model S drag coefficient: 0.208 #dragcoefficient #automobile #evcar #mercedeseqs #teslamodels #dragrace #aerodynamics #hotwheels #diecastcars #minigt #matchbox #supercar_aerodynamics #sca_jp @supercar_aerodynamics
#Drag Coefficient Reel by @phantastic_physics - Aircraft drag isn't magic! It's calculated with a formula: 1/2 * drag coefficient * air density * velocity squared * area. Speed matters most - double
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@phantastic_physics
Aircraft drag isn't magic! It's calculated with a formula: 1/2 * drag coefficient * air density * velocity squared * area. Speed matters most – double speed, quadruple drag! #Aviation #Aerodynamics #ScienceFacts #Physics #Flight #Engineering #LearnOnTikTok #STEM #Aircraft
#Drag Coefficient Reel by @hypewhip (verified account) - 🐮 It's counter-intuitive, but the rounded, naturally contoured body of a cow actually generates less turbulent airflow and a lower drag coefficient t
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@hypewhip
🐮 It’s counter-intuitive, but the rounded, naturally contoured body of a cow actually generates less turbulent airflow and a lower drag coefficient than the flat-faced, boxy design of a classic Jeep Wrangler. While neither object is a marvel of aerodynamic engineering, the Jeep’s vertical windshield and sharp corners cause massive air separation, creating a large, energy-wasting wake that the cow’s more streamlined shape manages to avoid. So, when comparing how efficiently they cleave through the air, doesn’t the superior fluid dynamics of the cow’s organic form challenge our everyday assumptions about vehicular design? What are your thoughts? 🤔💭 #cars #jeep #engineering
#Drag Coefficient Reel by @autoxec - Porsche vs BMW - Aero battle! Ever wondered why Porsche slices through air while BMW fights it a little harder? It's all in the geometry. Porsche kee
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@autoxec
Porsche vs BMW — Aero battle! Ever wondered why Porsche slices through air while BMW fights it a little harder? It’s all in the geometry. Porsche keeps a low-slung nose, smooth roofline, and a tapered rear that reduces wake turbulence. That’s why a 911 runs a Cd around 0.29 and a Taycan drops even lower to 0.22. Clean airflow in, clean airflow out. BMW on the other hand uses a more upright front profile, bigger grille openings, and sharper body edges. Great for cooling and aggression, but it increases pressure drag. Most BMW M cars sit around Cd 0.34–0.37 because the airflow separates earlier and creates a wider turbulent wake. In simple words — Porsche “guides” the air. BMW “punches” through it. One is designed around motorsport aero philosophy, the other around cooling and street dynamics. Both are brilliant, but aerodynamically… Porsche stays ahead. #PorscheVsBMW #AutomotiveAero #DragCoefficient #CdValue #VehicleDynamics #AirflowScience #PorscheEngineering #BMWPerformance #AerodynamicDesign #MotorsportTech #CarNerds #AutoTechFacts #WindTunnelTested #TurbulenceControl #DownforceDynamics #AutoXec
#Drag Coefficient Reel by @engineeringexplained (verified account) - Active diffuser on the Mercedes EQXX! This feature alone drops the drag coefficient down by 0.01, from 0.18 to 0.17. Neat! #mercedes #eqxx #engineerin
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@engineeringexplained
Active diffuser on the Mercedes EQXX! This feature alone drops the drag coefficient down by 0.01, from 0.18 to 0.17. Neat! #mercedes #eqxx #engineeringexplained
#Drag Coefficient Reel by @obscure_cars_daily (verified account) - When it comes to obscure testing vehicles from major manufacturers, the 1980 ARVW (Aerodynamic Research Volkswagen) is a noteworthy entry. It was stri
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@obscure_cars_daily
When it comes to obscure testing vehicles from major manufacturers, the 1980 ARVW (Aerodynamic Research Volkswagen) is a noteworthy entry. It was strictly a research project that was created for the sole purpose of testing aerodynamic principles at high speed. To further exercise this ideal, the ARVW was fitted with a seemingly modest turbocharged 2.4L inline-six, which was powered by diesel. The streamlined bodywork was comprised of a fiberglass/carbon fiber composite, with an overall design that reduced the drag coefficient to 0.189. Despite its mundane output of 177bhp, this advanced body style had jettisoned the ARVW to a top speed of 225mph (362kmh), which made it the fastest diesel car in the world. Still, the closed cockpit is a bit claustrophobic for me. I’d personally rip it off for tear-assing down I-43 with a stomach filled with peyote buttons and a mind filled with an insane hubris that I MUST break the record on public roads, in broad daylight. True records are to be measured in the wild, with a multitude of violent lane changes that attempt to kick that long ass out while the normals pull over in fear. The authorities will likely turn a blind eye, as any formal report involving a vehicle of this description will undoubtedly lead to a psychiatric evaluation issued to the officers involved. Volkswagen ARVW; the world is yours, take it as you wish...just don’t do it sober. #automotive #carporn #germancar #germancars
#Drag Coefficient Reel by @daredrive.x - 🐮 It's counter-intuitive, but the rounded, naturally contoured body of a cow actually generates less turbulent airflow and a lower drag coefficient t
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@daredrive.x
🐮 It’s counter-intuitive, but the rounded, naturally contoured body of a cow actually generates less turbulent airflow and a lower drag coefficient than the flat-faced, boxy design of a classic Jeep Wrangler. While neither object is a marvel of aerodynamic engineering, the Jeep’s vertical windshield and sharp corners cause massive air separation, creating a large, energy-wasting wake that the cow’s more streamlined shape manages to avoid. So, when comparing how efficiently they cleave through the air, doesn’t the superior fluid dynamics of the cow’s organic form challenge our everyday assumptions about vehicular design? What are your thoughts? 🤔💭 #cars #jeep #engineering
#Drag Coefficient Reel by @jimmybencolli17 - Why it gotta be so ugly tho 😭😭🤢🤢🤮 #eqs #sclass #wompwomp #ugly #ev #mercedesbenz #mercedes #merc #benz #benzmafia #electriccar #aerodynamics #dra
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@jimmybencolli17
Why it gotta be so ugly tho 😭😭🤢🤢🤮 #eqs #sclass #wompwomp #ugly #ev #mercedesbenz #mercedes #merc #benz #benzmafia #electriccar #aerodynamics #dragcoefficient
#Drag Coefficient Reel by @techorginals - How EV Aerodynamics Are Tested in Wind Tunnels 🚗💨 This behind-the-scenes look shows how engineers test the aerodynamics of electric vehicles using
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@techorginals
How EV Aerodynamics Are Tested in Wind Tunnels 🚗💨 This behind-the-scenes look shows how engineers test the aerodynamics of electric vehicles using advanced wind tunnel technology. By releasing smoke or vapor around the car, airflow patterns become visible, allowing engineers to analyze turbulence, drag, and air resistance in real time. Aerodynamic optimization is critical for EV performance, as reduced drag directly improves battery efficiency, driving range, and high-speed stability. These tests help refine vehicle design, from body shape to airflow channels, ensuring maximum performance with minimal energy loss. Wind tunnel testing is a key part of modern automotive engineering, combining physics, fluid dynamics, and cutting-edge technology to create more efficient and sustainable vehicles. aerodynamic testing, EV aerodynamics, wind tunnel test, electric vehicle testing, airflow visualization, smoke test car, drag coefficient, car engineering, automotive technology, vehicle efficiency, wind tunnel engineering, EV performance, air resistance testing #EV #Engineering #Aerodynamics #Tech #Innovation
#Drag Coefficient Reel by @innovate.oi - This post features a clip from a February 2025 YouTube video by @whatsinside , demonstrating smoke visualization in GM's largest wind tunnel to test
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@innovate.oi
This post features a clip from a February 2025 YouTube video by @whatsinside , demonstrating smoke visualization in GM's largest wind tunnel to test airflow on a Chevy Equinox EV, highlighting smooth underbody suction that reduces drag. The content has exploded to over 6.5 million views but sparked controversy, as @whatsinside labeled it "stolen" in replies, prompting calls for community notes and account penalties amid broader discussions on X content theft. Such wind tunnel tests reveal aerodynamics' role in EV range; peer-reviewed SAE studies indicate a 10% drag coefficient drop can boost efficiency by 5-7%, explaining why modern EVs prioritize sleek designs like the Equinox's.
#Drag Coefficient Reel by @cinchuk (verified account) - The Kia EV4 Fastback is the most aerodynamic car the brand has ever made, with a drag coefficient value of just 0.23. For perspective, the £2.1m McL
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@cinchuk
The Kia EV4 Fastback is the most aerodynamic car the brand has ever made, with a drag coefficient value of just 0.23. For perspective, the £2.1m McLaren Speedtail’s is 0.278 Cd, so Kia even beats that! #kia #ev4 #ev4fastback #aerodynamics
#Drag Coefficient Reel by @autoxec - Can anyone distinguish between the best and the worst aerodynamics? 🏎️💨 From razor-sharp downforce machines to brute-force racers pushing through tu
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@autoxec
Can anyone distinguish between the best and the worst aerodynamics? 🏎️💨 From razor-sharp downforce machines to brute-force racers pushing through turbulent air — each one tells a story of how design meets resistance. Formula 1 leads the pack with surgical airflow precision, followed closely by the Le Mans Hypercar with its perfect balance of drag and stability. The GT3 car maintains grip with a road-based shape, while the MotoGP bike fights turbulence created by the rider’s exposed body. At the end of the list, the NASCAR stock car battles the air head-on — boxy, powerful, and made for drafting rather than slicing through air. A true visual comparison of how engineering defines speed. Hashtags: #Aerodynamics #RaceEngineering #CFD #F1 #LeMans #GT3 #MotoGP #NASCAR #Downforce #DragCoefficient #MotorsportTech #RacingScience #AutomotiveEngineering #performancebydesign

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