William Hawthorn’s Post

Here's a quick EV maintenance tip: Regularly inspect your electric vehicle's brakes and tires. Due to the regenerative braking system, wear patterns can differ from conventional cars. Safety first! 🛠️🚗 #agenttip

Ford Kuga/Escape Steering Wheel buttons explained | A Comprehensive Review Discover the top features of the Auto EV steering wheel, including adaptive cruise control, line keeping assistant, and speed limit control. Join us as we explore the functions that make driving safer and more convenient. #AutoEV #SteeringWheelFeatures #CarTechnology #DriverSafety #ConvenientDriving #AutoReview #CarAccessories #AdvancedFeatures #DrivingInnovation #EnhancedControl

“Driving Safer Every Day: How Car Safety Tech Protects Us All” Every time we get behind the wheel, we rely on countless technologies that work silently to keep us safe on the road. Have you ever wondered how they work or why they’re so crucial? Here are a few key advancements that make driving safer for everyone: 🚗 Anti-lock Braking System (ABS) In emergency braking situations, ABS helps prevent wheel lock-up, giving us better steering control. It’s a lifesaver in slippery conditions! 🚗 Electronic Stability Control (ESC) ESC keeps our car stable when we’re cornering, especially when we might lose traction. This system is key to preventing rollovers and skidding. 🚗 Adaptive Cruise Control (ACC) ACC adjusts your speed to maintain a safe distance from the car in front, offering both safety and convenience on highways. It’s one step closer to self-driving cars! 🚗 Automatic Emergency Braking (AEB) This feature can detect obstacles ahead and apply brakes if we don’t respond in time, drastically reducing rear-end collisions. 🚗 Blind Spot Detection (BSD) BSD alerts us when a car is in our blind spot, reducing the risk of side-swipe accidents. It’s like having an extra pair of eyes on the road. By understanding and using these technologies, we not only protect ourselves but also help create safer roads for everyone. Next time you’re in the driver’s seat, take a moment to appreciate the tech that’s making it a safer journey for all of us. #CarSafety #RoadSafety #Innovation

Speed limiters now required on all new cars: know the rules and how they work

Many Fleet managers and car dealers alike face challenges when it comes to optimally equipping their fleet or their customer offer. The choice has a direct impact on fleet costs, driver satisfaction and not least, their health and safety. With smart solutions, such as the AKC rear-axle steering and the CDC adaptive chassis, many cars become even more dynamic, safer and comfortable. ➡️ The AKC rear-axle steering ensures greater agility in urban environments - but also more directional stability at high speeds. ➡️ The adaptive CDC suspension increases comfort and safety - and compensates for uneven roads and potholes almost perfectly. #ZFNow #ToMobilityAndBeyond #VehicleMotionControl #chassis

Is it safe to jump-start newer cars? With all the delicate electronics inside, jump-starting can be risky. Here's what you need to know before you try. https://lnkd.in/dwdjqUTm #JumpStart #AutomotiveSafety #CarMaintenance #VehicleCare

Don't just take it for a spin around the block. Instead, try to recreate the normal driving conditions for the use you plan for the vehicle. The test drive is also your chance to try out any features that can only be operated in motion, such as blind-spot warning or adaptive cruise control. #drive #carride #testdrive Have questions about that used car you are thinking of buying? Take an Expert from Tinker with you on your inspection! https://hubs.la/Q02Fw4Ff0

Textar premium braking for 99% of electric vehicle models in Europe! 🚗💡With more than 50,000 brake pad compounds developed and a specialised team of experts in the field of braking comfort, we know exactly what is important when it comes to braking electric vehicles. Braking performance, a long service life for brake pads and discs, but also maximum braking comfort. After all, no unpleasant braking noise should spoil the enjoyment of driving, especially in quiet electric vehicles. ⚡🔋And with a coverage of 99% of all electric vehicle models in Europe, nobody has to compromise when choosing the right brake pads for electric vehicle applications. #EV #ElectricVehicle #BrakeTechnology #FrictionExperts

First time riding an electric. Car: VW ID3 Fuel: Electric Range: 238 mi on 99% Overnight battery discharge: 4% (93% to 89%) Features: Auto hold, Active lane assist, Adaptive cruise control, 4 driving modes, parking assist. Mileage: 3.4-3.7 mi/kwhr Gears: R, N, D and B. D for normal automatic driving, B for regenerative braking so the car slows when the foot is off the pedal. Shifters are located near the steering wheel. #car #electric

Let’s get to know the Vehicle Dynamics Sub-systems, responsible for handling, car stability on the track, and the effects of acceleration and braking. The track is full of curves of various shapes, and my car needs to enter and exit these curves smoothly and easily. That’s the job of the Steering System, which allows the driver to control the car's direction, keep a straight line, and achieve the smallest turning radius to navigate tight corners smoothly. We also need to ensure that the system can withstand the tension and compression forces exerted by the driver. It’s designed with high precision to be responsive, allowing us to handle curves better and finish the track faster. Brake System In a drag race, you’re speeding down the track and crossing the finish line, so you need to stop the car from its high acceleration. This is where the Brake System comes into play. It’s one of the most critical systems on the track, essential for both straight lines and turns, ensuring the driver can stop the car quickly and efficiently. We achieve this by designing the braking system with calculated simulations to reach the best possible response time, minimizing stopping distance. Suspension System Nothing is more important than keeping the car stable on the track and in turns – that’s the job of the Suspension System. This system connects the wheels to the chassis, stabilizes the wheels on the ground, and absorbs shocks impacting the car. It’s essential to design the suspension system professionally to enhance the car’s stability and handling while providing comfort for the driver on a track full of curves. To achieve the best stability and control, we perform detailed calculations on factors affecting the car and select the type and design of suspension that fulfills all our needs. We also simulate the system to ensure it delivers top performance on the track during acceleration, braking, and cornering, so we can make the most of our speed and win the race. 💪 Sign up and become one of us: https://lnkd.in/gqnDpwYP #win_the_race_own_the_road #NCT #NCTRT #NCTU