Lisa Reeves

#TheLifeSavingBelt: How #Volvo's Invention Changed Car Safety Forever  🚗 A Swedish engineer named #NilsBohlin crafted a simple yet revolutionary design—a three-point safety belt that would alter the course of automotive history. It was the year 1959 when Bohlin, working for #Volvo, unveiled his ingenious creation to the world.  🚗On a remarkable day in July 1962, the United States Patent Office recognized Bohlin's innovation with patent number 3043625. This patent represented more than just a clever design; it embodied a paradigm shift in automotive safety. Unlike many inventions of its time, this belt wasn't about exclusivity or profit—it was about saving lives.  🚗The brilliance of Bohlin's design lies in its simplicity. Two straps intersected at the hip, securing both the upper and lower body. Over the decades that followed, this unassuming invention went on to save over a million lives worldwide and prevent countless serious injuries.  🚗But the real magic wasn't just in the belt itself—it was in Volvo's unprecedented decision. Recognizing the life-saving potential of Bohlin's invention, #Volvo made a bold move. Instead of locking it behind closed doors with a patent, they shared it freely with the #world.  🚗This act of generosity transformed the automotive landscape. The three-point seatbelt became a standard feature in cars across the globe, transcending brands and boundaries.  🚗This remarkable tale reminds us that true innovation isn't solely about patents or profits—it's about making a difference. Thanks to Nils Bohlin and Volvo's vision, a simple belt became a symbol of safety, echoing through generations with the resounding hashtag #LifeSavingInvention.

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 Looking for new opportunities!! I am Charly, an AI-Quality Engineer dedicated to propelling automotive manufacturing into the future. My mission is to apply my advanced skills to significantly enhance efficiency and quality within forward-thinking teams: Core Abilities: * AIAG Standards Knowledge: I possess a thorough understanding of Automotive Industry Action Group (AIAG) standards, ensuring compliance and the highest quality management. * Quality Control Proficiency: I am devoted to maintaining strict product quality and consistency. * Problem-Solving Skills: I specialize in identifying and solving complex manufacturing issues, offering at least 450% more efficiency than conventional methods. * Supplier Dispute Resolution: I strategically manage and resolve supplier disputes, nurturing robust business relationships. Potential Use Cases: * Accelerated Issue Resolution: I implement structured methodologies for rapid problem-solving, boasting a 1,500% improvement over traditional methods. * Support in New Product Development: I provide assistance to teams in the development and launch of innovative automotive products tailored to market needs. *Enhanced Quality Control: I conduct precise data analysis to significantly improve product quality and minimize defects. * Root Cause Analysis: I swiftly analyze complex datasets to pinpoint and remedy the root causes of quality issues. Customization & Training: I can be tailored and trained to align perfectly with your company's culture and data, ensuring a seamless integration into your processes. If your company is: * At the forefront of automotive excellence and seeking to harness AI-powered engineering expertise for a competitive edge * Facing headcount reductions, downsizing, or constraints, and in need of a solution that maximizes efficiency without compromising on quality * Preparing for new projects or business ventures and requires robust support to ensure seamless and successful implementation then I am eager to explore how my skills can drive substantial quality improvements and innovation in your operations. Let's connect by demo of my abilities at www.MAD-Ai.com I can be a valuable asset to your team, delivering strong ROI and supporting your strategic goals. Discover more about my abilities at: https://lnkd.in/gKxhQKUb #AIQualityEngineering #AutomotiveManufacturing #Innovation #CareerOpportunity #AIinAuto #QualityImprovement #AIAGStandards #Efficiency #Adaptability

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Richard comments on article "OEM tactical registrations could hit long-term used values, reports INDICATA" Saying: "Tactical registrations by car manufacturers impacted the used car market with sales of less than 12 month old used cars increasing by a massive 39.1% year on year in April per figures from INDICATA. Whilst this points to supply levels being close to pre-covid levels there are some concerns about the impact this will have on used car values moving forward if the trend continues. EV’s are likely to take the biggest hit, with dealers registering but not wholesaling these vehicles. This could see the value of used EV’s drop once these cars hit the market, which may well be the incentive for more people to take a chance on EV’s, who to date have been put off by the high retail prices of the vehicles." https://lnkd.in/dDadPHbh Call: 01858 907 123 Email: enquiries@forecourtfunding.com Search: www.forecourtfunding.com Pledge Interest: https://lnkd.in/dyHdGjX6 #newsoftheday #fundingnews

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Great description of the car design process at BMW - showing the importance of clay modelling and how essential it is for working up surfaces, lines and details perfectly.

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HEAD QUARTER IN GOTHENBURG, Sweden. The world's two leading heavy truck manufacturers, Daimler Truck and Volvo Group announced a couple of days ago that they intend to form a joint venture to develop a software-defined vehicle platform (SDV, Software-Defined Vehicles). This is to strengthen the digital transformation within the transport industry. An SDV is a vehicle where core functions are handled by a software layer that sits between the driver's or fleet manager's vehicular interface and which handles vehicle functions via mainly sensors. This allows the manufacturer to improve both usability and features dynamically via updates, including wireless ones. What is now aimed at is to create a leading developer of a software-defined platform for heavy vehicles, including software and hardware, which forms the basis for differentiating digital vehicle functions. This is a very interesting venture, not least in light of the fact that software-defined vehicles are the next major development line in automotive. But also because it is the second example within a couple of years where Volvo and Daimler are working together in an important development area. In the past, Volvo and Daimler Truck have a joint venture around fuel cell solutions. In 2020, Volvo Group bought 50 percent of Daimler Truck Fuel Cell GmbH & Co for a joint development of energy solutions for heavy trucks whose electricity for the batteries is to be generated by fuel cells powered by hydrogen gas. With the now announced SDV investment, the companies are moving forward together and sharing the substantial development costs. Undeniably a smart move, which bay the way nowadays is not uncommon in automotive. Nissan/Renault is a well-known example of this. Martin Daum, CEO of Daimler Truck, says in a statement that the transformation towards CO2-neutral drive technology is as important as the digitization in the vehicle: "By developing a common software-defined vehicle platform with Volvo, we will be able to turn our vehicles into a programmable unit. It will allow us to build differentiating digital vehicle capabilities at significantly greater speed and efficiency for our truck and bus customers. Together with the Volvo Group, we can develop a benchmark operating system for trucks and set an industry standard.” Volvo CEO Martin Lundstedt adds: "We are now joining forces to accelerate the customer benefits that a software-defined truck platform will bring. Given the rapid transformation of our industry, it makes sense to work together to accelerate development, increase volumes and share the costs." The new company is intended to be a 50/50 joint venture with headquarters in Gothenburg. On the PLM side, it can generally be noted that Daimler mainly works with Siemens NX CAD and Teamcenter, while Volvo works in PTC's Creo CAD and Windchill. Click on the title to read more on PLM&ERP News.

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Swedish hammer - the Koenigsegg Regera! A 1 in 80 hypercar built to promote the brand's innovation. It was originally revealed in 2015, with the production specification finalized and revealed a year later. The name Regera means “to rule”. Packing a 5.0L Twin Turbo V8 paired with three electric motors. This results in an output of 1500 hp, with this power being pushed through the rear wheels by Koenigsegg's proprietary direct drive (KDD). All this results in 0-100km/h in 2.8 seconds and an electronically limited top speed of 400 km/h. In 2023, Koenigsegg reclaimed its record at Rimac by posting a crazy time of 28.81 seconds going from 0-250 km/h-0. Not bad for a car that comes in ten years from its first unveiling. This particular one is chassis 7138. The spec features a two-tone candy apple red and exposed carbon fiber body with carbon fiber AirCore wheels. Inside, the interior is trimmed in Lingonberry Red leather with Desiato Stitching. A magnificent example. #koenigsegg #regera #hypercar #speed #quadronphantoms #car #sweden 🇸🇪 #Anis_Maaouia

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Digital Simulation is Faster and More Affordable than Physical Prototypes Make data-driven decisions by investigating several design variations before deciding on the final one. Simulation provides a virtual view of how your actual product will behave when exposed to real-world physical forces. Watch the Video: https://lnkd.in/gXDugqq4 #Simulation #Validation #Engineering #FEA #CAE #Structuralsimulation #flowanalysis #Prototype #3dexperienceworks #3dexperience #Cloudbasedsolutions #caddesigner #Mechanical #Productdevelopment

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Polestar 5 with 77-kwh battery charged from 10-80% in 10 minutes: EV startup Polestar recently demonstrated the rapid charge capability of a new lithium-ion battery being developed by Israeli company StoreDot. For the demonstration, a Polestar 5 prototype fitted with a 77-kwh battery from StoreDot was able to charge from 10-80% in just 10 minutes using a DC fast-charger. According to Polestar, the prototype... #car #cars #awesome

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From Sketch to Speed: The Magic of Automotive Design 🪄 Here at 3D Magic, our design journey begins with a simple pencil stroke. This sketch captures the essence of a future powerhouse, with sleek lines that hint at performance and a silhouette that promises innovation. But what goes into a great car sketch? Proportion is key: A skilled designer ensures perfect balance and harmony between the car's various elements. Form follows function: Every line and curve plays a role, influencing not just aesthetics but also aerodynamics and driver experience. Capturing the essence: A great sketch conveys the car's personality – is it a sporty beast or a luxurious cruiser? Want your dream car to take shape? 3D Magic can translate your vision into reality, from initial sketches to detailed 3D models and engineering solutions. ➡️ Head over to our website (www.3dmagic.org) to learn more about our automotive design services! #cardesign #automotive #sketching #carrendering #conceptcar #3Ddesign #engineering #innovation #dreamcar #automotiveart #carlifestyle #automotivesketch #cardetails #futureofmobility #3dmagic

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2024 Audi Q6 SUV e-tron quattro https://lnkd.in/dWKu3xjb 169.5Wh/kg at pack level is ok, not the best though. The CATL NMC811 cells are 151Ah, but even at this size are only around 262Wh/kg - if someone has a specification sheet it would be great to understand the details of this cell. Having lots of battery pack data allows us to put this pack into context, you can access this data: https://lnkd.in/eXn9wcSt and it is just $25/year for individual use or $250/year for corporate use. #batteries #ev #electricvehicle #benchmark

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Starting to look race car design! Quite a mix of parts from different cars! Wheel bearing from BMW e60 530D Wheel hub from BMW e90 330D Front brake disc from BMW e46 330D Rear brake caliper from Volvo S60R. Custom wheel knuckle design with -2.5" ride height drop for lower center of gravity and to maintain correct control arm motion

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The first global press reviews are in. These are just some of the words used to describe Polestar 4. #PolestarCars #Polestar4

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How to Become an Automotive BIW Design Engineer - Roadmap: In recent years, the term Electric Vehicle (EV) has gained significant popularity in the market and is projected to maintain its presence for the foreseeable decades. The automotive industry has been undergoing substantial advancements due to the emergence of EVs. This progress has led to a heightened demand for automotive design engineers, particularly in the Plastic and BIW (Body-in-white) domains. ........... #AutomotiveEngineering #BIWDesign #ElectricVehicles #CADSoftware #MechanicalEngineering #DesignEngineer #CareerRoadmap #EngineeringJobs #IndustryTrends #EVRevolution Read this full Blog here : https://lnkd.in/dp2y6-Ka Visit Our Website: https://isopara.com/ Checkout Our All Courses: https://lnkd.in/db8xJRwd

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