Hari parasath’s Post

The Toyota Supra has long been an icon in the world of sports cars, known for its sleek design and impressive performance.  We have exciting news regarding what to expect from the brand-new 2024 Toyota Supra model year. The car is officially here. Get ready, as we are here to provide you with information about the new limited-edition commemorative model. Go beyond a victory lap. With GR Supra’s turbocharged powerplant, impressive handling and racing-inspired interior, get ready to experience pure driving pleasure at every turn. 3.0-Liter Turbocharged Inline-Six The fire-breathing heart of GR Supra is its signature, turbocharged 3.0-liter inline 6-cylinder engine. Producing 382 horsepower * with an impressive 368 lb.-ft. of torque, this engine uses smart technologies like a twin-scroll turbocharger, Variable Valve Timing and an electric wastegate, giving you plenty of power and instant response. Cat-Back Exhaust GR Supra's 2.0-liter and 3.0-liter engines feature unique cat-back exhausts that are tuned to match their specific performance characteristics. Not only does this help unleash each engine's potential, but it also gives them both a unique and glorious exhaust note.

Automatic gearboxes often get dismissed by car enthusiasts but can they match a manual gearbox on track? My latest for The Autopian digs into the ZF 8HP automatic gearbox as equipped in the Toyota GR Supra and why it can hold its own when it comes to enthusiastic driving. Check out the full story here: https://lnkd.in/di3DYFrK

Which Engines Were Used In The Chrysler 300 Through The Years?: The second generation of the Chrysler 300 began production in 2011 and lasted until the car's end in 2023. With the new generation came a new standard engine: The 3.6 L Pentastar V6. Not only was this the standard powertrain for the base level 300, but … #car #cars #awesome

The 1994 Toyota Supra is one of the most iconic models of the Supra line, particularly the fourth generation (A80), which was produced from 1993 to 2002. The 1994 Supra is renowned for its powerful engine options, especially the 3.0-liter inline-six 2JZ-GTE, which was twin-turbocharged and produced 276 horsepower, although it was known to easily handle much more power with modifications. The 1994 Supra gained significant fame for its exceptional performance, handling, and timeless design. Its popularity surged even further due to its prominent appearance in the 2001 movie *The Fast and the Furious*, where it was depicted as a highly modified, street-racing beast. The Supra's combination of reliability, tunability, and a strong aftermarket community has made the 1994 model year a highly sought-after vehicle among car enthusiasts. #snsdesignthinking #designthinking

Camry is a 4-door sedan available in both variants including combustion engine and hybrid version. Previously, Toyota Prius had the crown of giving the highest driving range however, this time prestige has been taken back by another car from the same manufacturer. The Toyota Camry Hybrid. Where most hybrids give you a driving range of 500-600 miles, the Camry not only provides 686 miles but also the base LE model gives 51MPG within the city and 53MPG on highways. In comparison with the ICE version of the Camry, the figures are not that impressive, providing 28MPG in the city and 39MPG on highways. #ToyotaCamry #HybridCars #DrivingRange #EcoFriendly #FuelEfficiency #2024Model #Sustainability #AutomotiveTechnology #pkwisdoms

V6 Or Inline-Six: Which Engine Layout Is Better?: Due to its "spread" and relative simplicity, the inline-six engine is easier to work on and mod. It's even slightly cheaper to produce than the V6 engine. What's more, it's more durable than the V6. So, why is it a lot less common … #car #cars #awesome

Drivers enjoy CVT's fuel efficiency but miss the fun of gear changes & might find engine sound disconnected. Manufacturers face complex designs & lower volume compared to automatics. #CVTLife #TradeOffs #cars #innovation #efficiency #automobile #industry #auto #automotivetechnology #futureofmobility

Yamaha Motor has a long and rich history in the automotive industry. We hand-built each Toyota 2000GT supercar and were responsible for assembling every 1LR-GUE V10 engine powering the Lexus LFA, among many other achievements. But while our engines are well spoken for, we have also dedicated significant time and effort towards making a car’s chassis corner smoother, higher quality, and better equipped for handling high-performance engines with our award-winning Performance Dampers.    The basic principle of our Performance Dampers is to focus on chassis viscosity instead of chassis stiffness. What started as a simple bar developed into its modern form by combining the bar with a dedicated hydraulic damper through a rubber sandwich structure.     They have been proven to provide numerous benefits that include improved cornering performance, reduced impact from bumps in the road, quieter vehicle interiors, reduced vehicle vibration, and improved audio quality. These advantages have led several automakers to adopt Yamaha Performance Dampers in their vehicles and even renowned tuning houses like Mugen and HKS now offer them in their catalogs.    Since beginning production in 2004, we reached a milestone of 3 million dampers produced last year, once again demonstrating their solid track record.    #Yamaha #RevsyourHeart #cars #chassis #dampers #performance #tuning #automotive #manufacturing #engineering 

When I first saw this Ford truck, my jaw dropped. I didn't know much about it other than that it's a new, fully electric pickup dressed in a classic body. My first thought was - WHY do they not make classic-looking cars anymore? - Do you think there is just no demand for them? - Is it about safety standards? - Is it really to do so with aerodynamics? It sure impacts the vehicle's consumption, but would it matter that much for the everyday driver? - Are they simply not cost-efficient to produce and then sell? Nevertheless, do share if you know some of the reasons or have a theory. In connection with this - our EV database at Volteum is region-specific and up-to-date with prices and specifications, which are important factors when considering swapping ICE vehicles for EVs. Get in touch to learn more! Ford Motor Company #EV #ICE #sustainability #classiccars #vintage #70s #Volteum #charging

I. Definition and Function of the Gearbox The gearbox, also known as the transmission, is an essential component of the automotive powertrain system. Its main role is to modify the rotational speed and torque coming from the engine to adapt to different driving conditions, such as starting, accelerating, climbing hills, and high-speed driving. By adjusting different gear combinations, the gearbox enables the vehicle to operate with the best power output and fuel efficiency in various road conditions. II. Types of Gearboxes Manual Transmission (MT) The driver selects gears by manipulating the gearshift lever. Advantages: Low cost, high transmission efficiency, and rich driving pleasure. For example: Some economy cars and racing cars often use manual transmissions. Automatic Transmission (AT) Automatically shifts gears based on the vehicle speed and the condition of the accelerator pedal. Advantages: Simple operation and comfortable driving. Commonly found in mid-to-high-end models. Continuously Variable Transmission (CVT) Can achieve continuous changes in the transmission ratio, providing smooth acceleration. For instance: Some models of Nissan often come equipped with CVT transmissions. Dual-Clutch Transmission (DCT) Combines the advantages of manual and automatic transmissions, with fast gear shifting speed. Many sports cars adopt this type of transmission.