lakshmikanth Raghuram’s Post

📢Connecting the dots...📢 In the fast-paced world of Formula E, the monocoque is a masterpiece of engineering. Designed for speed, safety, and sustainability, it’s the structural backbone of the car, where performance meets precision.🏎️ ⚡ ✔️ Ultra Lightweight & Strong: Crafted from advanced carbon fiber composites, it provides unmatched rigidity while keeping weight to a minimum. ✔️ Driver Safety First: The monocoque forms a survival cell, protecting the driver during high-speed impacts with innovative energy-absorbing materials. ✔️ Aerodynamic Design: Its sleek, integrated shape optimizes airflow and enhances on-track performance. ✔️ Sustainable Innovation: Formula E prioritizes eco-conscious engineering, making the monocoque a symbol of cutting-edge, sustainable motorsport. Ready to dive deeper into the tech behind this racing? Share your thoughts! 🏁 #TheNativeLab #SpreadingKnowledge #ConnectingTheDots #Composites #Innovation #CarbonFiber #EngineeringMarvels #ManagingComposites #FormulaE #EngineeringExcellence

It’s incredible to see the level of engineering and material science that goes into ensuring driver safety in Formula 1. The mastery of composites like carbon fiber, balancing lightweight design with exceptional strength, is truly inspiring. As engineers, this reminds us of the critical role innovation plays in pushing boundaries while prioritizing safety. Videos like this highlight why understanding materials is so essential in our field! 🚀

🌿 Ahead of Its Time: Henry Ford’s Hemp Car 🌿 Did you know that in 1941, Henry Ford built a car using plant-based composites and powered it with bioethanol? As someone fascinated by the potential of composites, especially in industries like motorsports and aerospace, this blows my mind. The Hemp Car wasn’t just about making a car—it was about rethinking materials and sustainability long before it was a trend. For me, it’s a reminder that innovation isn’t just about pushing performance boundaries; it’s about finding smarter, more responsible ways to build the future. Video source: https://lnkd.in/gfXfZV2j #Sustainability #Composites #Motorsports #Aerospace #EngineeringInnovation #MaterialsScience #EcoFriendly

This video was a massive hit and not just with Formula 1 fans! 🏎️💥 It showcases the incredible crash tests used to validate #composite parts for FIA – Fédération Internationale de l'Automobile approval, ensuring they’re ready for the world’s fastest racing stage. 💨 Seeing drivers walk away uninjured from high-speed crashes is nothing short of extraordinary. These cars rely on cutting-edge engineering, where the mastery of composite materials like carbon fiber plays a pivotal role. 💪 Achieving this balance of lightweight design and exceptional strength is no small feat it’s the result of deep material knowledge and expertise. This is why understanding the properties of materials and how to apply them is essential for anyone in the field. Learning from the best ensures you stay ahead of the game. 🚀 ⚡ Haven’t seen the video yet? Check it out and let’s marvel at the innovation and skill that go into crafting these machines! #TheNativeLab #SharingKnwoledge #Composites #CarbonFiber #ManagingComposites

This is what makes motorsport engineering so interesting.

AUDI AG has ventured into water sports with the e-tron foil, an electric hydrofoil surfboard developed in collaboration with Aerofoils. This innovative board allows riders to glide above the water at speeds up to 50 km/h, offering a quiet and emission-free experience. The e-tron foil features a streamlined design and a fully integrated propulsion system, reflecting Audi’s commitment to cutting-edge technology and sustainability. 🏄🏽♀️💨 Video by Tuesday Le Roux __________________ #product_notion #industrialdesign #productdesign #designinspo #product #design #efoil #audi #efoiling

Innovation is everything in Formula 1. 📈 Although they went through various structural changes in this time, the Enstone-based team demonstrated here how quickly innovation can happen in Formula 1. It's certainly reflected in the lap times as well... Of course we've seen the aerodynamic complexity of front wings reduce thanks to regulation changes, but we can only dream of what innovations could have been conjured up if said regulations were never imposed. 🤔 #Innovation #Formula1 #Aerodynamics

🔋🏎️By leveraging cutting-edge #supercapacitor technology, the ERS optimizes energy capture and deployment, providing a substantial performance #boost while maintaining the integrity and footprint of the traditional #powertrain. “Motorsports are more than just about speed, precision and a thrilling spectacle. They set a standard for technological innovation in the automotive industry.” - David Arsenault, Senior Vice-President of Business Development at Skeleton Technologies The #innovative design of the ERS captures energy typically lost during braking, storing it efficiently within the supercapacitors. Read more about how Skeleton is revolutionizing racing tech here 👉 https://lnkd.in/drEUrPY3 📸Photo by: Skeleton Technologies

AVL and Red Bull join forces in developing cutting-edge lightweight fuel cell technology Due to ultra-high power density and lightweight design the technology is to be twothirds lighter than conventional fuel cell systems The partnership fosters the application of sustainable hydrogen-powered propulsion systems in high-performance automotive, motorsport and aviation

2026 Formula 1 Regulations: Redefining Performance and Sustainability As this year’s season comes to a close, the world of Formula 1 is set to undergo a groundbreaking transformation with the 2026 regulations, introducing exciting advancements in performance, safety, and sustainability. These changes don’t just push the limits of engineering—they redefine them. What’s New? 🔹 Agility on Track: Cars will be 30kg lighter, promising more responsive handling and tighter racing action. 🔹 Balanced Power Units: A 50/50 split between internal combustion engines and electric power, fueled entirely by 100% sustainable resources. 🔹 Active Aerodynamics: Moveable wings to promote closer racing and more overtaking opportunities. 🔹 Manual Override Mode: Drivers can unleash a burst of additional battery power when within one second of a rival—improving overtaking opportunities. 🔹 Enhanced Safety: Stronger structures and rigorous testing for greater driver protection. Hybrid Technology: The Heart of Innovation Formula 1’s hybrid power units are masterpieces of efficiency and engineering: ERS (Energy Recovery System): Compact yet powerful, it converts kinetic energy from braking (MGU-K) and heat (MGU-H) into electricity, storing up to 1,111 Wh in a 44-lb system. Pre-mapped simulations ensure peak performance for every circuit. MGU-H (Heat): Mechanically connected to the turbocharger it uses the exhaust gases to generate electrical power to be stored in the ERS or used by the MGU-K to increase overall power. Additionally, the MGU-H can act as a motor, minimizing turbo lag by spinning the turbocharger. MGU-K (Kinetic): Mechanically connected to the crankshaft it can utilize the crankshaft’s rotational force to generate power or output power. It also recovers kinetic energy during braking, converting it into electrical power for storage in the ERS. Why It Matters These innovations serve as a blueprint for a greener, more efficient future—not just in motorsport but across different industries. This pursuit of excellence in performance and environmental responsibility is inspiring. What excites you most about the future of Formula 1? #Formula1 #HybridTechnology #Innovation #Sustainability #Engineering #MercedesAMGF1 Sources: ERS Explained: https://lnkd.in/gF62U-eU F1 Hybrid Systems: https://lnkd.in/gcdZGXBA 2026 Regulations Overview: https://lnkd.in/gVPJPERS Image by ADT