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Witness the showdown between an old Volkswagen GTI with new tires and a new GTI with old tires in this Engineering Explained video sponsored by Continental. Discover the impact of tire technology on wet and dry performance, highlighting the crucial role of modern tires in enhancing a vehicle's capabilities.

The 2024 Toyota GR Corolla Circuit Edition impresses with a unique all-wheel drive system, powerful 1.6L engine, and stylish exterior enhancements. Experience the blend of performance and innovation in this hot hatch.

Engineering Explained explores challenges hybrid vehicles pose to engines: start-stop wear, water/fuel dilution. Mobile One oil solutions ensure reliability.

Engineering Explained explores the impact of fast charging on electric car batteries, revealing how faster charging rates can accelerate degradation. They provide insights on lithium plating, variables affecting battery health, and practical solutions to mitigate degradation risks.

Explore tire wear complexities with Continental's TrueContact Tour 54, their longest lasting tire. Discover key factors influencing wear and how to design tires for maximum longevity. Continental's 80,000 mi warranty tires undergo rigorous testing, maintenance, and alignment requirements for optimal performance and durability.

Lamborghini's new Tamaro supercar features a groundbreaking twin-turbo V8 engine revving to 10,000 RPM, boasting 800 CV and innovative electric motors for added torque and performance. The engine's unique design and hybrid system set it apart in the world of high-performance vehicles.

Discover the best practices for maximizing the longevity of lithium iron phosphate (LFP) batteries in electric cars. Learn why charging to 100% monthly and storing at 50% are crucial, based on insightful studies and expert advice. Optimize your LFP battery performance today!

Adrien Newey's design brilliance shines in the Red Bull RB 17, a track-only powerhouse with a 1,000 horsepower V10 engine, hybrid system, and massive downforce for unmatched performance on the circuit.

The Corvette ZR1 by Engineering Explained boasts 1,64 horsepower, surpassing Bugatti and Lamborghini. Its twin-turbo Gemini engine delivers unmatched torque and acceleration, setting new standards in high-performance driving. Sacrificing the frunk for enhanced cooling, the ZR1 showcases the power and innovation of combustion engines.

Formula 1's 2026 rule changes bring lighter, faster cars with reduced energy onboard. Old cars boast more downforce and power. Strategies for efficient power usage and recovery will be crucial on the track. Exciting times ahead in the world of Formula 1 racing.

The Bugatti Torban, with its 1,800 horsepower V16 engine, challenges speed limits. Learn about its unique design, powertrain, and potential for exceeding 500 kmph. Explore the blend of combustion and electric power in this cutting-edge hypercar.

Porsche's new 911 GTS engine boasts a larger 3.6 L single turbo boxer six-cylinder with an electric turbocharger and motor, delivering 532 hp and 449 lb-ft of torque. Enhanced response, clean emissions, and efficient catalytic converter operation make it a high-performance marvel.

Engineering Explained compares Toyota Land Cruiser's full-time 4WD with a center differential to 4Runner's part-time system, highlighting torque splits, efficiency, and off-road prowess.

Engineering Explained tests Tesla's Cybertruck against a Porsche 911 in a quarter-mile drag race, revealing the Porsche's victory due to its superior acceleration and top speed. Detailed analysis highlights the nuances of the competition.

Engineering Explained reviews the Ford Maverick, a practical and affordable pickup truck with hybrid options for exceptional fuel efficiency. The host discusses trim choices, interior features, performance, towing capabilities, off-road packages, and innovative bed design, highlighting the truck's versatility for adventures and home projects.

Discover the Hyundai Ioniq 5's groundbreaking features like NE shift, enactive sound, and N torque distribution in this in-depth review by Engineering Explained. Experience the future of electric vehicles with unparalleled customization and performance.

The new Porsche Tyon Turbo S impresses with increased battery capacity, lighter weight, faster charging, and advanced Active Ride suspension, setting new standards in electric vehicle performance.

Explore the challenges and advancements in electric truck towing, from the Cybertruck's promising range to the impressive capabilities of the Chevy Silverado EV. Discover the aerodynamic factors and the future of electric towing in this insightful Engineering Explained video.

Bugatti unveils a groundbreaking V16 engine after 80 years, combining combustion power with electric technology for 1,800 HP hybrid performance.

Discover the power trio of engines - displacement, RPM, and boost - in McLaren's 750S. Learn how these strategies create a high-performance masterpiece.

Engineering Explained delves into the innovative Tesla Cybertruck, discussing its unique shape, aerodynamic efficiency, high-voltage system, and steer-by-wire technology. This in-depth analysis highlights the vehicle's groundbreaking design and engineering decisions.

Learn the best practices for extending the lifespan of your electric car battery. Avoid storing at 100% charge, charge frequently with small charges, and don't regularly charge to 100%. Follow these tips to ensure your battery lasts longer and reduces the risk of degradation.

The Engineering Explained video discusses the controversy surrounding the Tesla Cybertruck's drag race and towing capabilities, addressing rumors of incomplete quarter mile and misleading claims. It concludes that the Cybertruck cannot beat the slowest Porsche 911 in the quarter mile, criticizing the misleading marketing stunt.

Discover the importance of winter tires and all-wheel drive in snowy conditions. Learn how Han Cook's electric winter tire addresses the challenges faced by electric vehicles. Find out the benefits of grip and performance offered by this innovative tire.

Discover the mind-blowing power of V10 Formula 1 engines, still impressive after 20 years. Compare the Ferrari engine from 2004 to modern standards, highlighting the importance of power over torque. Learn about torque per liter and how the Ferrari engine outperforms today's best production car engines. Explore the impact of air flow and the use of air pressure in Formula 1 engines. Understand the trend towards reducing fuel consumption and increasing efficiency in the current 1.6L V6 engines. Exciting insights into the world of Formula 1 engines and the pursuit of sustainable fuels.

Discover the fascinating world of lithium-ion batteries in this sponsored video tour of LG Energy Solution's manufacturing facility. Learn about the key components, such as the cathode and anode, and how they work together to power electric cars. Gain insights into the manufacturing process and the future of battery technology. A must-watch for anyone interested in the future of automotive power.

The Lucid Air Sapphire, with its mind-blowing acceleration and exceptional braking capabilities, is a game-changer in the world of electric cars. Its three motors and precise torque adjustments make for an exhilarating driving experience. Don't miss out on this marvel of engineering and performance.

The Engineering Explained video explores the Mazda Miata and the three key points it proves about cars: power isn't everything, sound isn't everything, and modern cars can be lightweight. The speaker also discusses why they sold their Miata and highlights the features of the Cars and Bids car auction website.

The Ford Mustang Dark Horse has set a new record for the shortest stopping distance in Motor Trend's history, going from 60 mph to a full stop in just 86 feet. This feat highlights the impressive grip provided by its tires, showcasing the importance of tire quality in braking performance. The Mustang Dark Horse proves that money can't buy better braking, as it outperforms more expensive cars. This achievement emphasizes the significance of tires as the great equalizers in achieving optimal braking capabilities.

Aftermarket brake pads can be a bit of a mystery, with some companies making questionable decisions that consumers may not even notice. In this sponsored video by NRS brakes, Engineering Explained examines the attachment of friction material to the backing plate, one of the critical elements of brake pad design. They compare five different brake pads, including original equipment and aftermarket options, highlighting the use of mechanical attachments. While adhesives are commonly used, certain applications like heavy-duty trucks still specify mechanical attachments. This video raises important questions about the varying standards in the aftermarket industry and what should be done to ensure consumer safety.

In his latest video, Jason from Engineering Explained dives into the differences between front wheel drive and rear wheel drive cars, comparing the Acura Integra Type S to the BMW M2. He explains why the Integra Type S is surprisingly quicker than the M2 despite having a much lower power to weight ratio, and why the BMW M2 has a better 0-60 time. Whether you're looking for car technology explained, automotive engineering insights, vehicle dynamics, car science, automotive technology, vehicle mechanics, car engineering basics, how cars work, engine technology, or car physics, Engineering Explained has you covered.