Thank you to everyone who reads, comments, shares, and contributes their knowledge. Every interaction has helped grow this platform into a valuable space for EV and motor enthusiasts. Grateful beyond words. 🙏 What has been the most valuable EV or Electric motor topic you've learned from this community? Drop your choice in the comments (or suggest your own topic). 👇 I'd love to hear your thoughts. #ElectricVehicles #LinkedinCommunity #EVs #ElectricMotors #FutureMobility #Bu

Not for the 1,050 hp figure. I noticed the 0.254 drag coefficient. That is lower than many performance cars. Better aerodynamics can reduce the battery size needs. 0-100 km/h in 2.5 seconds. That is serious engineering. Lower drag means lower energy demand. Four independent motors enable true torque vectoring. Each wheel can receive different torque instantly. It can even switch to pure rear-wheel drive. A 122 kWh structural battery lowers the center of gravity. The 800V arch

I believe future EV buyers may start asking motor-related questions just like today's buyers ask about engines. ⛽Yesterday: "How many cylinders does it have?" 🔋Tomorrow: "What type of motor does it use?" Is it IM, PMSM, BLDC, or SRM? ⛽Yesterday: "What's the engine capacity?" 🔋Tomorrow: "What's the motor efficiency?" ⛽Yesterday: "What's the mileage?" 🔋Tomorrow: "How much energy does the motor consume?" ⛽Yesterday: "How often does the engine need maintenance?" 🔋 Tomorrow: "

I recently saw Honda Activa e's battery swapping system. The customer experience felt effortless. But incredibly complex behind the scenes. In my previous post, I highlighted how EV users are increasingly asking "How quickly can I charge?" rather than "How far can I go?" This is exactly where battery swapping becomes interesting. Battery swapping sounds simple in theory. Just replace a discharged battery with a fully charged one and continue your journey. ⚡ But the engineerin

China controls a major share of the Global rare earth magnet supply. Now imagine EV demand growing Faster than magnet availability. Rare earth magnets are critical to High-power-density PMSM motors Used in many EVs today. That is exactly why rare-earth-free Motors are becoming- Increasingly important for the- Future of electric mobility. The next EV revolution may not be driven by batteries alone. It may be driven by Motor technology, Material innovation, and Supply

The sector is not just building new vehicles. It is creating entirely new engineering career paths. Ten years ago, very few students planned careers around EV technology. Today, the industry is actively looking for talent in: • Electric motors • Power electronics • Battery systems • Embedded software • Thermal engineering • Vehicle controls The interesting part is that EVs are bringing mechanical, electrical, electronics, and software engineering closer than ever before. The

One moving part. No engine noise. Looks easy from the outside. An internal combustion engine feels mechanical. An EV motor feels electromagnetic. And that changes everything. Every EV motor mainly has two parts. The stator remains stationary. The rotor keeps rotating. But the actual power comes from Something invisible. - Rotating magnetic field. That magnetic field controls speed, torque, Efficiency, and vehicle response. The inverter plays a huge role here. Batteries supply

Mass adoption needs optimized products, not oversized specification We know. Tesla cars still feel financially distant for many buyers. India, for instance, remains highly price-sensitive. Tesla’s next EV looks strategically different. Not bigger. Not faster. More optimized. The upcoming 4.3m SUV could change EV packaging strategies completely. A smaller battery means lower material dependency. A single motor reduces system complexity. ⚙️ Lower vehicle weight improves ov

Will Tata Safari EV could redefine family EV performance? Safari EV feels like a bigger challenge. Launching during India’s 2026 festive season. Expected range touches nearly 627 km. Three rows. More weight. Same battery pack. Larger EVs bring bigger engineering challenges. Aerodynamic drag and rolling resistance increase. Cooling, braking, and suspension need retuning. ⚡ Efficiency drops faster during city driving. 🚗 Thermal limits become more critical. Efficiency mapping

I never saw modular design this aggressively. 16% higher specific power. 20% smaller packaging. One platform. Multiple outputs. Better thermal performance. Hyundai Mobis is turning EV scalability- Into an engineering advantage. Most EV users see battery capacity. But PE systems define driving experience. PE system means motor, inverter, and reduction gear. Basically, EV’s complete propulsion backbone. Hyundai Mobis now developed three architectures. 120kW for compact mobil

Today’s morning walk changed my perspective. EV adoption is no longer limited to metro cities, Transformation is now visible even in Tier-3 towns. I still remember moving to China for work in 2014. Almost every vehicle on the roads is electric. Charging points were visible everywhere. Even roadside EV repair shops were common. Back then, India felt far behind. Today, I saw that future in my hometown. For the first time, India’s EV future felt real to me. Every few two-wheeler

"E-Motocompacto" amazed me instantly. Metro to home commute solved. Yes, solves real last-mile problems. What if my vehicle fits a briefcase? I carry it on public transport. I unfold it after I get down. I ride home easily every day. I saw Honda E-Motocompacto in person. While my visited Honda EV concept store. I felt surprised and excited instantly. I never expected it in India. Portable mobility is becoming critical today. Cities need compact transport solutions. Th

I walked into this Honda EV concept store curious, walked out convinced This is how EV adoption should start. This did not feel like showroom. It felt like EV education space. Everything was simple. Everything built confidence. I saw Honda Activa e:. Swappable battery reduces range anxiety. I saw Honda QC1. Fixed battery suits daily city users. Battery swapping demo looked practical. Subscription plan makes EV more accessible. Motor and charger display built trust. Kids

More speed. Less material. Better efficiency. 30,000 rpm motors are not future talk. They are already entering mass production. I came across this PUMBAA update recently. It got me thinking deeply. Most EV motors peak near 6,000 rpm. Beyond that, torque starts dropping. That limits high-speed acceleration. Now imagine pushing 30,000 rpm. System design changes completely. Higher speed means smaller motor size. Less copper and magnet needed. Even core material reduces significa

I kept seeing 800V everywhere. From Bosch to Porsche. And realized this shift is already mainstream. Lets breakdown why 800V architecture High voltage systems solving- Multiple problems at once. I was studying recent OEM moves. The shift to 800V system is clearly accelerating. 🌟 Bosch is developing 800V drives. They target high power applications. Bosch is pushing efficient power electronics. 🌟 Renault is building new 800V platforms. They target higher range and flexibi

I overlooked his DMs—until one conversation changed my perspective. I discovered a young founder with a user-first EV mindset, building a bold AI-driven scooter 🛵 Shubham Agalave of EVO Energy, building an AI-powered scooter tackling range accuracy, safety, and reliability. If you care about the future of EVs in India, take 3 minutes to share your inputs: https://lnkd.in/did88Res Now in validation stage, he is looking forward to learning from real users and shape his smart