Chris Small’s Post

electrification is a process that is spreading everywhere

Can NASCAR reduce its carbon footprint? Maybe! Let's explore the rise of electric and hybrid tech within NASCAR. #NASCAR #Sustainability #CarbonFootprint #ElectricCars #HybridTech https://loom.ly/BNLDBWY

NASCAR has unveiled an electrifying prototype, showcasing high-performance EV racing. Partnering with ABB, Chevrolet, Ford, and Toyota, they've developed a powerful electric stock car. This innovative vehicle boasts impressive specs, including a 1,000 kW output and rapid acceleration. Additionally, NASCAR aims to achieve zero net emissions by 2035, demonstrating their commitment to sustainability. The prototype's debut at the Chicago Street Race garnered positive reactions from drivers and fans alike, signaling a potential shift in the racing industry. https://lnkd.in/gdzNcZGz #NASCAR #ElectricRacing #EVPrototype #Sustainability #ChevroletEV #FordEV #ToyotaEV #ABB #HighPerformanceEV #GreenRacing #RenewableEnergy #ZeroEmissions #ElectricStockCar #NASCARImpact #RacingInnovation

Ford Performance Unveils Camouflaged F-150 Lightning SuperTruck EV Ahead of Pikes Peak Return Ford Performance has revealed its latest engineering marvel, the F-150 Lightning SuperTruck EV demonstrator, cloaked in camouflage, ahead of its rigorous testing next week at the legendary Pikes Peak. This innovative electric vehicle, developed in collaboration with STARD, is set to be driven by Romain Dumas, the current record holder of the Pikes Peak International Hill Climb. The main event is scheduled for June 23, 2024. Vehicle Details: The F-150 Lightning SuperTruck takes its inspiration from the popular F-150 Lightning, embodying Ford’s cutting-edge approach to electric vehicle performance. Key aerodynamic features have been meticulously crafted to achieve a staggering 6,000 […] - https://lnkd.in/dz5Tzbbm #automotive #evs #ev #electricmobility #emobility #ebikes #fleets #evfleet #evnews #autonews #electricvehicles #electricvehicle #automotiveindustry #automotivejobs #cleantech #cleanenergy #hydrogen #lithium #evbattery #sustainability #climatechange #electrictruck #electricvehicles #ford #michigan #northamerica #unitedstates

#snsinstution #snsdesignthinkers #designthinking Formula 1 (F1) cars are some of the most sophisticated racing machines on the planet, designed to deliver the ultimate in speed, agility, and performance on track. Formula 1 cars represent the pinnacle of automotive technology, blending speed, science, and safety Formula 1 (F1) cars are some of the most sophisticated racing machines on the planet, designed to deliver the ultimate in speed, agility, and performance on track. Here are some key aspects of F1 cars:F1 cars are engineered with cutting-edge aerodynamics to maximize downforce, which increases grip and stability at high speeds, allowing them to corner at incredibly high speeds. The shape, the wings, the underbody, and even the position of the suspension elements are meticulously designed to manage airflow and reduce drag. The chassis is a monocoque made of carbon fiber and similar ultra-lightweight materials that provide strength and rigidity while keeping weight to a minimum. The chassis also plays a crucial role in safety, incorporating survival cells to protect the driver during crashes.F1 cars use hybrid power units that combine a turbocharged internal combustion engine with an energy recovery system (ERS) that captures waste energy (from braking and heat) and reuses it to boost power. These engines are limited in capacity to 1.6 liters and can produce up to 1000 horsepower, including the energy from the ERS.

Porsche Has Been (Sort Of) Building Hybrids For 125 Years. Here's All Of Them: Porsche has been using electric power boosting technology in its racing and road cars for longer than anyone on earth has been alive. Technically the Porsche name has been associated with hybrid power for longer than the Porsche company has existed. After decades of experimenting with hybrid sedans, SUVs, hypercars,… Read more... #car #cars #awesome

The Driving Force Behind Automotive Innovation Motorsports are not just about speed and excitement; they play a crucial role in advancing automotive technology. The high-stakes environment of racing pushes manufacturers to develop cutting-edge solutions, many of which eventually find their way into everyday vehicles. Here are some key innovations from the motorsports world that have impacted the broader automotive industry: Aerodynamics: Advanced aerodynamic designs from racing improve vehicle stability and fuel efficiency, influencing everything from sports cars to SUVs. Lightweight Materials: The use of carbon fiber and other lightweight materials in racing cars helps reduce weight and increase performance, benefiting consumer vehicles with better handling and efficiency. Hybrid Technology: Hybrid powertrains, pioneered in racing, have become mainstream in consumer vehicles, offering improved fuel economy and reduced emissions. Advanced Safety Features: Cutting-edge safety technologies developed for racing are adapted for everyday cars, enhancing driver and passenger safety. Stay informed about how these technological advancements shape the automotive industry and the future of vehicle performance. Reach out to us to discover the latest trends and innovations! #IndustryInsights #MarketTrends #MotorsportsInnovation #AutomotiveTechnology

When we think of hybrid vehicles, performance isn’t usually the first thing that comes to mind. They're usually associated with efficiency, and saving the driver money at the pump. However, many racing series have proven that they can be just as much of a performance boost as an efficiency boost. The first signs of hybrid powertrain in racing were in 1998, when the Panoz Q9 paired a 110Kw electric powertrain to a 6L v8 engine. While this did show proof of concept, the limited battery technology caused the vehicle to be too heavy and not competitive. Skip to modern era however, battery technology has progressed to the point that manufactures can reap the benefits of an electric motor at lower speeds while keeping the vehicle at a competitive weight. In the GTP Prototype class, racing teams are able to use a Bosch MGU unit in between the engine and transaxle. These unit are limit to around 40 hp at places like Daytona but can be raised higher at other tracks. This motor is powered by a 1.35 kWh battery that produces 800 volts. The engine and motor combined cannot exceed 671 hp to the rear wheels, and is regulated through the use of torque sensors and engine/motor management. Since 2022, WRC introduced guidelines allowing 100Kw battery to be paired with a 1.6L engine. This system can provide up to 500 hp in certain areas of the circuit. While these systems are primarily in road racing applications, the technology is starting to bleed into other forms of racing as well. This technology not only benefits racing teams, but can also trickle down into everyday vehicles as well. I’m excited to see where this technology goes, and how far the limit can be pushed. https://lnkd.in/gVaMhbVc https://lnkd.in/gwUm8MAf https://lnkd.in/gTvecnY6.

From the classroom to the track, simulation is pushing the boundaries of EV innovation. Watch the latest episode of #DrivenBySim to see how Porsche Motorsport and UGRacing are working to engineer high-performance electric vehicles.

From the classroom to the track, simulation is pushing the boundaries of EV innovation. Watch the latest episode of #DrivenBySim to see how Porsche Motorsport and UGRacing are working to engineer high-performance electric vehicles.