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Tesla Cybertruck Hitch Test: Regulations, Standards, and Real-World Scenarios
Engineering Explained tests the Tesla Cybertruck's hitch, breaking at 10,400 lb near its 11,000 lb rating. Regulations, real-world scenarios, industry standards, and fatigue life are explored, comparing Tesla's approach with Ram's rigorous testing regime.
Porsche's Six-Stroke Engine: Power Advantages and Design Challenges
Porsche's innovative six-stroke engine combines elements of four-stroke and two-stroke designs, offering a 33% power advantage. Challenges include cost, emissions, and engine balance, but the unique design promises a distinct engine sound and potential efficiency improvements.
Fast Charging Electric Car Batteries: Degradation Risks and Solutions
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.
Maximizing Tire Longevity: Continental's TrueContact Tour 54 Insights
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.
Maximizing Lithium Iron Phosphate Battery Longevity in Electric Cars
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!
Porsche 911 GTS Engine: Power, Performance, and Efficiency Unleashed
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.
Car Technology Explained: Comparing Front Wheel Drive vs Rear Wheel Drive Cars with the Acura Integra Type S and BMW M2
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.