Automotive Technology

Xiaomi's "dark factory" is already here. Is this the future every manufacturer is chasing? XiaoMi has entered the era of dark factories, where production is fully automated with no workers and no lights. These factories use robots, AI, and machine learning to run operations 24/7 without human intervention. But what exactly are dark factories? Dark factories, also called "lights-out manufacturing," are facilities where machines handle all operations without the need for human

As an engineer, moments like this excite me. A Tesla owner felt severe chest pain. He enabled driver assistance immediately. The car handled steering and lane centering. It managed speed during the drive. Then came the remarkable part. His son remotely routed a Tesla to a hospital 🚗⚡ Critical minutes were saved without even touching The steering wheel. ❤️ We discuss autonomy for convenience. This shows another possibility. Technology is helping save human lives. 🚗⚡ V

My last post covered Ferrari’s first EV Luce. Interesting, considering Enzo Ferrari once said: “When you buy a Ferrari, you buy an engine.” Yet Ferrari entered the EV era. Porsche is taking a different path. CEO Michael Leiters made it clear. The 911 stays combustion and hybrid. Why? Its rear-mounted flat-six defines it. An EV can match performance. But can it preserve architecture? That’s the real engineering debate. ⚙️ Ferrari is changing the powertrain. Porsche is protecti

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

One challenge I constantly see in India’s EV growth is balancing affordability with technology innovation. Customers want lower prices. 💲 At the same time, they expect: • Better range • Faster charging • Premium features • Higher performance Higher battery capacity improves range, but also increases vehicle cost and weight. 🔋 More powerful motors improve performance, but increase system complexity and pricing. 🧲 Customers want affordable EVs With premium expectations. B

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

BGR answers it beautifully in this podcast. From growth to principles. 🏍️ From product thinking to brand building. The biggest learning for me? Royal Enfield never sold just motorcycles. They sold emotion and character. Honestly, Govindarajan B's podcast felt better Than many management schools. Lots of learning. My key takeaways shared below. Don't miss out. • How did RE build customer emotion? • How did production grow massively from 2000. no. Motorcycles per year in 1950

Royal Enfield in Andhra Pradesh. ❤️ My heart smiled twice today. This news brought pride and emotion together. Never imagined I would see RE In my home state one day. ₹2,200 crore investment planned in Satyavedu, Tirupati district. Around 267 acres allocated. Nearly 3,000 direct jobs expected. Phase 1 targeted by 2029. Phase 2 planned by 2032. Royal Enfield entering Andhra Pradesh feels very personal to me. Hope this creates opportunities for Thousands of young engineers. Thi

India’s R&D story is getting real. I was just going through Anand Mahindra’s recent post… and honestly, this caught my attention. From 56 patents in FY16 to 1,334 in FY26. That’s not growth. That’s acceleration. And a 65%+ conversion rate? That means ideas are actually turning into real products. Mahindra Group also has 2,700+ filings in the pipeline. Feels like something bigger is happening here in Technology developments. India is slowly shifting from adapting tech… to bu

I see a big shift coming Delhi just changed the EV game. I went deeper into the policy. Let’s break it down. No tax for EVs below ₹30L. Above ₹30L gets no exemption. Strong hybrids get 50% benefits. Only e-2Ws allowed from April 2028. Only e-3Ws allowed from Jan 2027. By 2028, ICE two-wheelers may collapse in cities. Scrappage incentives offer ₹10,000 for e-2Ws. ₹25,000 for e-rickshaws, ₹50,000 for goods EVs. This policy certainly pushes faster adoption. Public buses go fully

0–100 in 2 seconds… And still no heartbeat? This is why Lamborghini stepped back from its EV plans. Let's dig in further! I came across Lamborghini’s decision— and it changed how I see EVs. “Lamborghini planned its electric supercar”… And then paused. Not because EVs don’t work— but because their customers want something else. This case taught me something important About customer psychology In supercars, specs sell headlines— But emotion sells decisions Supercar buyers

I am excited and proud to be part of the launch of Royal Enfield's Flying Flea C6 🏍️ As motor team lead, happy to share the insights of our integrated motor defining vehicle dynamics and rider experience. 🧲 Peak motor power reaches 15.4 kW. Belt drive ensures smooth delivery. 🧲 0–60 kmph in 3.7 seconds. Top speed reaches 115 kmph. Consequently, the vehicle range is 154 km in Indian Drive Cycle. Traction control and ABS features enhance rider safety. High voltage reduces