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2023 Lotus Exige

The 2023 Lotus Exige is a two-door, two-seater British sports car made by Lotus Cars. The 2023 Lotus Exige is an understated sports car that could potentially distract you from alternative rivals.
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Get the Best Car Tyres and Services in UAE with DWB Tyres Online
If you're in the United Arab Emirates and in need of new car tyres, DWB Tyres Online is a great option to consider. With DWB Tyres Online, you can buy the best car tyres online and have them delivered to your doorstep. This is a convenient and hassle-free way to get new tyres without having to leave your home or office. DWB Tyres Online has a wide variety of tyres available to suit different types of vehicles and driving needs. Whether you're looking for high-performance tyres for sports cars, all-season tyres for everyday driving, or off-road tyres for your SUV, you're sure to find what you need at DWB Tyres Online. You can easily browse our selection online and compare prices and features to find the best tyres for your vehicle and budget. In addition to buying tyres online, you can also visit Dubai Electronic Wheel Balance shop in Abu Dhabi for all types of car service and repairs in UAE. Our team of experienced technicians can help you with everything from tyre fitting and balancing to brake repairs and oil changes. We use state-of-the-art equipment and high-quality parts to ensure that your car is running smoothly and safely. Overall, if you're looking for a reliable and convenient way to buy car tyres in the UAE, DWB Tyres Online is definitely worth considering. With our online store and tyre shop in Abu Dhabi, we make it easy to get the tyres and services you need for your vehicle. https://www.dwbtyres.ae/
The Future of Cars: Autonomous Vehicles
Autonomous vehicles (self-driving or driverless cars) are not just science fiction. They are already here and rapidly advancing. These technologies will significantly impact in the coming years, perhaps as much as the Internet, smartphones, and digital commerce. The driverless car market is expected to grow from its current size of about 3 billion dollars to around fifty billion by 2026. These autonomous vehicles use artificial intelligence, sensors, and other technologies so that a car can drive itself without any human assistance. The most common type of autonomous technology right now is assisted driving — think Tesla’s Autopilot feature — which enables automatic steering and acceleration but requires the driver to remain alert and ready to take control in an emergency. Fully autonomous vehicles do not require any human intervention. Why should we care about autonomous cars? Most people remember a time when computers were large mainframes used only by specialized engineers and scientists. Computers have become smaller, cheaper, and more powerful in the last few decades by orders of magnitude. We use them for almost all aspects of our daily lives, from work to recreation. The same is likely to happen with autonomous vehicles. We won’t just see them as futuristic cars for nerds. They will become so widespread that most people will use them at some point. You may be surprised to see autonomous vehicles used as delivery trucks, taxis, buses, and even in single-person ride services like Uber or Lyft. Benefits of Autonomous Vehicles: A Safer Future Safety is the most important benefit of autonomous vehicles. A fully autonomous vehicle can’t get drunk, be distracted by a phone call, or fall asleep at the wheel. A car doesn’t get tired, so autonomous vehicles can drive around the clock. The National Highway Traffic Safety Administration estimates that fully autonomous vehicles could reduce the annual number of motor vehicle deaths by about 80%, saving 30,000 lives each year on average. Autonomous vehicles are also expected to reduce the cost of auto insurance by about 20%, saving an average of $150 per driver each year. In addition, the lower accident frequency means that there will be less need for expensive auto repair shops and fewer injury lawyers. These savings will trickle down to consumers through lower insurance premiums and cheaper car repairs. More Mobility and Choice for Everyone Autonomous vehicles will enable those without reliable transportation to be more productive at work and stay socially connected. Those with limited mobility or who are otherwise unable to drive will have far more freedom to get around without depending on others. For example, people in wheelchairs or with severe disabilities that prevent them from operating a car will have almost unlimited mobility and self-reliance. Parents will have the ability to safely drive their children to school, sports, or after-school activities. Autonomous vehicles will also allow senior citizens to maintain their independence, remain in their homes, and receive medical care. In the future, autonomous vehicles may also be used to provide rides for people who need help with transportation, such as people with disabilities, seniors, or people who are intoxicated. Autonomous vehicles can also be used more efficiently, allowing passengers to share rides and go to more places. Improved Environment and Climate Changes As we’ve already discussed, autonomous vehicles will reduce deaths and injuries, resulting in fewer people needing to visit emergency rooms or visit doctors for treatment. As a result, physicians, nurses, and other healthcare providers will have more time to treat other patients. Fewer injured people mean lower costs for health care and smaller insurance payouts. Autonomous vehicles will also lead to a reduction in vehicle emissions, especially in heavily populated areas. This is particularly important in climate change since transportation accounts for about one-quarter of all U.S. greenhouse emissions. Autonomous vehicles can be powered by electricity or hydrogen, producing no emissions. Autonomous Vehicles as a Service (aka Car-as-a-Service) Autonomous vehicles will be increasingly used as a service, similar to ridesharing services like Lyft or Uber, rather than owning your vehicle. That will mean you don’t have to worry about maintenance, repairs, parking, or paying for insurance. You may also be able to pay a service fee to use an autonomous vehicle to take you to the airport or your hotel when you travel. This will be safer, cheaper, and more convenient than taxis or ride-hailing services like Lyft and Uber. In some cases, autonomous vehicles can pick you up without you having to call ahead or walk outside. Downsides of Autonomous Vehicles: Loss of Driving Jobs and Change in Society The promise of autonomous vehicles will come with a cost. As autonomous vehicles take over the task of driving, we’ll no longer need as many drivers – especially commercial drivers like long-haul truckers. There will also be fewer jobs in car repair shops and vehicle insurance. Autonomous vehicles will also impact how we interact with each other. Many people enjoy driving, meeting new people, and sharing experiences with others. In addition, autonomous vehicles may reduce the need for carpooling and public transportation. The loss of driving jobs and reduced need for public transportation could create challenges for people who currently rely on those jobs or services. Even with all of these advantages, autonomous vehicles will take a long time to replace human drivers completely and significantly impact society: 1 - Autonomous vehicle technology will have to advance and be proven to be safe. 2 - Laws and regulations will need to be changed to permit autonomous vehicles on the road. 3 - Technology and infrastructure will be required to enable autonomous vehicles to communicate with one another and with the surrounding environment. Conclusion Autonomous vehicles will impact our lives, perhaps as much as the Internet, smartphones, and digital commerce. They are already here and rapidly advancing. For example, the driverless car market is expected to grow from its current size of $3 billion to $50 billion by 2026. Autonomous vehicles will make our society safer and more sustainable, giving more people more mobility and independence. While autonomous vehicles will certainly disrupt how we approach driving, they could also force positive change.
JDM GVS Build Thread Part 1
Nothing good is ever achieved without hard work. After countless hours of body work, paint, engine, suspension, etc This is where this Nissan 240sx stands today. Power packed with the heart of a built SR20DET and a Garrett GT-28-60RS, this thing not only turn heads but goes fast too. The Project Mu BBK helps slow the car down quickly while the Stance coilovers keep it smooth and steady in the turns. However, whenever we talk about build threads. This is nothing new. In reality it all boils down to the little things that make this car special. It's the custom wideband A/F ratio sensors and other small details that truly make this car one of a kind. With that being said check out the full specs below. Enjoy! Engine 1998 Silvia SR20DET w/5Speed P2M Coil Pack Grounding Plate ARC Air Box Tomei Expreme Manifold S15 Multilayer Exhaust Manifold Gasket Garrett GT28-60RS Turbo Circuit Sports Downpipe Apexi N1-Ti Exhuast System Circuit Sports Turbo Lines Greddy Intercooler HKS Sequential BOV Aluminum Charge Piping Nissan N15 Big Bore 70mm Throttle Body Greddy 1Pc Manifold w/ Welded 70mm Flange, Powder Coated Grey RC 550cc Injectors SARD Fuel Pressure Regulator w/ Aeromotive Gauge Aeroquip Fuel Lines and fittings Greddy Fuel Rail, Powder Coated Black Hondata Heat Shield Gasket Circuit Sports Coolant reservoir Koyo Radiator ARC Water Pump Pulley ARC Titanium Cooling Plate Greddy Radiator Cap Samco Red Hoses Power Enterprises Belt Fal Dual Electric Fan and Shroud combo Battery Relocation Kit Optima Dry Cell Battery Wire Tuck DriveTrain Nismo X Exedy Multiplate Clutch and Flywheel Combo Circuit Sport Clutch Damper Eliminator STRD Clutch Assembly B&M Short Shifter JDM 180sx LSD Peak Performance Race Transmission Mount Energy Suspension Rear Subframe Bushing Kit Brakes Project Mu 4-Pot Calipers Project Mu 2 Piece Rotors Project Mu Pads Z32 Master Cylinder Z32 Rear 2Pot brake Z32 Drum e-brake conversion Stainless Braided Lines Suspension Stance Coilovers Energy Suspension Bushing kit Energy Suspension Steering Rack Bushings Circuit Sports Exhaust Hanger Bushings Circuit Sports Aluminum Steering Bushing Tein Tie Rods Nismo Power Brace Custom Reinforced LCA Powder Coated Red Front and Rear Subframes Tanabe Front Sway Bar White Line Adjustable rear swaybar White Line End Links Carbing Front StrutBar w/ brake stopper Cusco Rear Strut bar Touge Factory C-Pilar Bar Circuit Sports Trunk Floor Bar Saftey 21 8pt Roll Cage Peak Performance RUCA Wheels SSR SP1 3piece Custom Painted 18x9 +8 Front 225/35/18 18x10 +8 Back 245/35/18 Rays Engineering long Lightweight lugs nuts Interior Sparco Concave Suede Wheel Kazama Shift Knob Kazama Spin Turn Knob Carbon Glove Box Delete Bride Gias Low Max Carbon Kevlar Driver Seat - Red Bride Brix 1 - Red Takata 4pt Harnesses Origin Carbon Rear Bench Super Made Floor Mats Pioneer F90BT Navigation Greddy Emanage Greddy SpeedCut Defender Innovate Wideband Gauge Nismo 260km LED Backlit Gauge Cluster w/ Wideband Supermade Checkered Floor Mats T1R Interior Lights Removed Rear Seat Brackets Exterior Parts by Max Skid Plate Ganador Electric Mirrors JDM 180sx Kouki FB Replica Fiberglass Order through G-Grow JDM 180sx Kouki Side Skirts JDM 180sx Kouki Rear Lip JDM 180sx Kouki Rear Wing JDM 180sx Kouki Side Markers JDM 180sx Kouki Signal Lights JDM 180sx Kouki City Lights JDM 180sx Kouki Tail Lights JDM 180sx Kouki Carbon Kevlar RPS13 Tail Light Garnish Origin Roof Wing Painted Carbon Hood Shaved Trunk LID Pulled Rear Fenders