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HC Valley Battery (6 Per min) Endgame Factory Setup is the second highest valued item you can sell for stocks bills this also powers your factory at a very high amount. 莓滴滴 really making my life easier with factories (Next will be Wuling) Asia/Code: EFO0101Oa131o8iUE179 - If you don’t... show more

Naru

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JUST IN: 🇷🇸🇮🇱Serbian President Aleksandar Vučić announced that he is going to start producing drones for Israel: “We will open a drone factory here in September, but with the Israelis. We are doing this with the Israelis. The Ukrainians are very successful and have many of their own drone factories in this field, so we will invite you here for the opening. I think it will be sometime around September 15–20.”

JUST IN: 🇷🇸🇮🇱Serbian President Aleksandar Vučić announced that he is going to start producing drones for Israel: “We will open a drone factory here in September, but with the Israelis. We are doing this with the Israelis. The Ukrainians are very successful and have many of their own drone factories in this field, so we will invite you here for the opening. I think it will be sometime around September 15–20.”

Megatron

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Tesla's Giga Berlin expansion confirmed: 500,000 to 800,000 annual capacity 🏭 In July 2025, Tesla confirmed an expansion of Giga Berlin that will add 2 million square feet of factory space. This boosts annual production capacity from 500,000 to 800,000 vehicles, with provisions for in-house battery cell production. In December 2025, Tesla announced plans for new local battery cell production by 2027. The rear underbody Gigacasting at Giga Berlin consolidates what were previously 70 individual parts into a single large aluminum casting. By late 2025, the factory is operating on two shifts to meet demand, exporting Model Y vehicles to over 30 markets globally. ❌ Don't leave your insights to chance with the X algorithm ✅ Subscribe for free to my weekly newsletter about all things Gigacasting and magnesium Thixomolding: 📧 📊 The Gigacasting Database:

Tesla's Giga Berlin expansion confirmed: 500,000 to 800,000 annual capacity 🏭 In July 2025, Tesla confirmed an expansion of Giga Berlin that will add 2 million square feet of factory space. This boosts annual production capacity from 500,000 to 800,000 vehicles, with provisions for in-house battery cell production. In December 2025, Tesla announced plans for new local battery cell production by 2027. The rear underbody Gigacasting at Giga Berlin consolidates what were previously 70 individual parts into a single large aluminum casting. By late 2025, the factory is operating on two shifts to meet demand, exporting Model Y vehicles to over 30 markets globally. ❌ Don't leave your insights to chance with the X algorithm ✅ Subscribe for free to my weekly newsletter about all things Gigacasting and magnesium Thixomolding: 📧 📊 The Gigacasting Database:

Luca Greco

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Tesla’s new Megapack factory in Houston will be their most capable yet, with an annual production capacity of 50 GWh—25% more than their other two Megapack factories. Once fully ramped, Tesla’s three Megafactories will produce a combined 130 GWh of battery energy storage a year, enough to power ~50 million homes. That's nearly 4.2x more battery energy storage than Tesla deployed in all of 2024. The Houston facility will be the first to manufacture the all-new Megapack 3 in late 2026. This product will partly source LFP cells from Tesla's brand new LFP manufacturing plant in Nevada (next to Giga Nevada). The Nevada facility will begin production in the coming months, making it the first time Tesla will produce and source LFP cells domestically — and from its own operations. Tesla Energy is just getting started🔋

Sawyer Merritt

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🚀 Optimus is gearing up for MASS PRODUCTION — and it’s about to change everything. Tesla is preparing its first large-scale Optimus factory in Fremont (replacing Model S/X lines) targeting 1 million robots per year, with a second-gen line in Austin aiming for 10 million annual capacity! Gen 3 is already walking, refining its moves, and the AI brains (powered by the same tech as FSD/Robotaxi) are accelerating fast. This isn’t just a robot — it’s Tesla’s next leap toward solving labor shortages, boosting productivity, and accelerating our sustainable energy + autonomy future. Imagine helpful Optimus bots in homes, factories, and beyond, freeing humans for higher pursuits while advancing the mission. The robotics revolution is closer than ever. 🤖✨ What excites you most about Optimus — household helper, factory teammate, or something bigger? Drop your vision below! 👇 Like if you’re bullish on Tesla’s multi-product future | Repost to spread the hype | Follow for daily Tesla energy 🔥 #Tesla #Optimus #RobotRevolution #FSD #SustainableFuture #Cybertruck

🚀 Optimus is gearing up for MASS PRODUCTION — and it’s about to change everything. Tesla is preparing its first large-scale Optimus factory in Fremont (replacing Model S/X lines) targeting 1 million robots per year, with a second-gen line in Austin aiming for 10 million annual capacity! Gen 3 is already walking, refining its moves, and the AI brains (powered by the same tech as FSD/Robotaxi) are accelerating fast. This isn’t just a robot — it’s Tesla’s next leap toward solving labor shortages, boosting productivity, and accelerating our sustainable energy + autonomy future. Imagine helpful Optimus bots in homes, factories, and beyond, freeing humans for higher pursuits while advancing the mission. The robotics revolution is closer than ever. 🤖✨ What excites you most about Optimus — household helper, factory teammate, or something bigger? Drop your vision below! 👇 Like if you’re bullish on Tesla’s multi-product future | Repost to spread the hype | Follow for daily Tesla energy 🔥 #Tesla #Optimus #RobotRevolution #FSD #SustainableFuture #Cybertruck

Kendall

15,521 Aufrufe • vor 4 Monaten

Xiaomi Humanoid Robot New Factory Training Since Q1, Xiaomi’s humanoid robots have been training on dual-side operations at the self-tapping screw workstation in its auto factory, achieving a 98% success rate. Today, Xiaomi shared that the CyberOne Gen2 autonomously performed two repetitive tasks in the final assembly logistics area: sorting center console side panels and folding material boxes --both reaching 90% success rates. They deployed both bipedal and wheeled models, working together with material transport robots as part of the broader intelligent automation system. I noticed the wheeled CyberOne was clearly more efficient and stable on the panel sorting task. In the first video, you can also see some noticeable jitter when the bipedal robot stops moving (though this should be relatively easy to fix). Xiaomi also candidly pointed out a current limitation in dexterity: when folding the second side of the material box, the robot still needs to adjust its orientation first to face the buckle, whereas skilled workers can pull the ring directly by feel without any micro-adjustments. Real-world scenarios are indeed the best benchmark.

Xiaomi Humanoid Robot New Factory Training Since Q1, Xiaomi’s humanoid robots have been training on dual-side operations at the self-tapping screw workstation in its auto factory, achieving a 98% success rate. Today, Xiaomi shared that the CyberOne Gen2 autonomously performed two repetitive tasks in the final assembly logistics area: sorting center console side panels and folding material boxes --both reaching 90% success rates. They deployed both bipedal and wheeled models, working together with material transport robots as part of the broader intelligent automation system. I noticed the wheeled CyberOne was clearly more efficient and stable on the panel sorting task. In the first video, you can also see some noticeable jitter when the bipedal robot stops moving (though this should be relatively easy to fix). Xiaomi also candidly pointed out a current limitation in dexterity: when folding the second side of the material box, the robot still needs to adjust its orientation first to face the buckle, whereas skilled workers can pull the ring directly by feel without any micro-adjustments. Real-world scenarios are indeed the best benchmark.

CyberRobo

26,910 Aufrufe • vor 2 Monaten

BREAKING: We’ve started implementing Dupe Agents—AI-powered dealmakers—for our high-volume shoppers. This changes everything. What’s a $DUPE Agent? Agentic shopping flips the script: instead of users doing the legwork, Dupe Agents do it for them—at scale. Tell us what you want, and your agent gets to work sourcing, negotiating, and delivering the best deal on the planet. Behind the scenes, your agent is scanning top brand sites, global factory networks, haggling in local languages, and setting you up with a buy button—no markups, no middlemen. First, we’re launching this for our Pro users: interior designers, stagers, builders, and trade pros. Then, we open it up to millions of everyday shoppers. Agents will: Find the deepest discounts no matter what site its on Negotiate factory-direct pricing if factories have a better deal Unlock insider access to exclusive SKUs Handle all the research and logistics To access? You’ll need to hold $DUPE. The more you hold, the more you unlock: early access to new SKUs, white-glove delivery, and priority manufacturing slots. Think of it as your backstage pass to the best deals on the internet. Dupe Agents aren’t just smart—they’re relentless. And they’re about to make shopping unfairly easy. This is another “break the internet” moment—only on Dupe.

Dupe.com

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I was in Poland on work for a week about 3 weeks ago. The factory i was visiting was a big machine shop and was in a village in the middle of nowhere. The factory was not located in a dedicated industrial area or anything like that. There were residences around too. They had uninterrupted 3-phase power and functional roads. Workers were from nearby villages and towns. Dear Narendra Modi sir, Ashwini Vaishnaw and Piyush Goyal If we have to industrialise, we need to liberalise land laws. Please enable SMEs with investment less than 10 crores and which dont harm the environment to buy land and setup factories in villages in whatever land they can get hold of. The biggest road blocks to do it are a plethora of permissions needed, land conversion laws and uninterrupted 3-phase power. We need 3-phase electrification all over the country as urgently as we need highways. Enabling industrialisation in villages will help keep the capital costs low and accelerate manufacturing entrepreneurship. It will help in equipping our youth with skills and jobs closer to home, it will help declog cities and improve the quality of life for millions. By the way, 👇 was the drive to work everyday there and this is very much possible in India too.

I was in Poland on work for a week about 3 weeks ago. The factory i was visiting was a big machine shop and was in a village in the middle of nowhere. The factory was not located in a dedicated industrial area or anything like that. There were residences around too. They had uninterrupted 3-phase power and functional roads. Workers were from nearby villages and towns. Dear Narendra Modi sir, Ashwini Vaishnaw and Piyush Goyal If we have to industrialise, we need to liberalise land laws. Please enable SMEs with investment less than 10 crores and which dont harm the environment to buy land and setup factories in villages in whatever land they can get hold of. The biggest road blocks to do it are a plethora of permissions needed, land conversion laws and uninterrupted 3-phase power. We need 3-phase electrification all over the country as urgently as we need highways. Enabling industrialisation in villages will help keep the capital costs low and accelerate manufacturing entrepreneurship. It will help in equipping our youth with skills and jobs closer to home, it will help declog cities and improve the quality of life for millions. By the way, 👇 was the drive to work everyday there and this is very much possible in India too.

Sanjeev

176,040 Aufrufe • vor 11 Monaten

AN 18-YEAR-OLD WITH $30 IN AI TOOLS CAN NOW TURN YOUTUBE SLOP INTO A $17K/MONTH MACHINE The video says the quiet part out loud. Kid flexing next to two expensive cars with the caption: POV you are 18 and make AI slop on YT. It looks like a meme. It is also the business model. The article breaks down why. You do not need a face, studio, editor, camera or original genius. You need a high-RPM niche, Claude for scripts, ElevenLabs for voice, CapCut for assembly, and enough discipline to ship 3-4 videos a week. Finance at 500K views/month can pull around $10K from AdSense. Entertainment at the same traffic might do $3K - $4K Same attention, different payout. That is what people miss about “AI slop.” The content can be mediocre and the economics can still be excellent if the niche pays, the cadence holds, and affiliate or sponsor money sits on top. The kid in the video is not flexing because the content is beautiful. He is flexing because YouTube does not pay for taste. It pays for watch time in expensive categories, and AI made the factory cheap enough for teenagers to run.

AN 18-YEAR-OLD WITH $30 IN AI TOOLS CAN NOW TURN YOUTUBE SLOP INTO A $17K/MONTH MACHINE The video says the quiet part out loud. Kid flexing next to two expensive cars with the caption: POV you are 18 and make AI slop on YT. It looks like a meme. It is also the business model. The article breaks down why. You do not need a face, studio, editor, camera or original genius. You need a high-RPM niche, Claude for scripts, ElevenLabs for voice, CapCut for assembly, and enough discipline to ship 3-4 videos a week. Finance at 500K views/month can pull around $10K from AdSense. Entertainment at the same traffic might do $3K - $4K Same attention, different payout. That is what people miss about “AI slop.” The content can be mediocre and the economics can still be excellent if the niche pays, the cadence holds, and affiliate or sponsor money sits on top. The kid in the video is not flexing because the content is beautiful. He is flexing because YouTube does not pay for taste. It pays for watch time in expensive categories, and AI made the factory cheap enough for teenagers to run.

Nekt0

20,557 Aufrufe • vor 4 Monaten

$I genuinely think the Terafab is going to end up being one of the biggest moves ever made in human history to secure the future of AI... and I think most people still don’t fully see what Elon is trying to do here. The signs are clear to me. This is Tesla, xAI, and SpaceX essentially hinting to us that they are not going to wait on the world to give them the compute the team needs. They are going to build it themselves at a scale no one has ever attempted. When you really break it down, it gets a bit nutty. This is going to be a fully vertically integrated chip factory that will be producing over 1 terawatt of AI compute per year. This is NEXT LEVEL BIG. Today, AI is limited by chips. You can have the best models, the best engineers, the best everything... but if you don’t have enough compute, you will eventually hit a wall. Elon told us, the world can only supply a tiny fraction of the chips his companies will need. So this is the solution. Terafab puts everything under one roof like design, manufacturing, memory, packaging, testing, which means that they can build chips very fast.. like really fast. I'm talking about 100-200 billion custom AI chips per year at full capacity. Chips designed specifically for: • Tesla cars and Optimus robots • xAI models • Space-based compute You see, while other companies and CEOs are thinking Earth, Elon is planning for AI in space. Around ~80% of the compute is expected to go orbital, powered by solar energy bc Earth simply doesn’t have enough electricity. The U.S. grid is only about ~0.5 terawatts, while space has basically UNLIMITED energy if you can capture it. And this is the steps to get it: Starship launches → space compute → solar-powered AI → feeds back into everything to Earth. Bro... Elon and his companies are playing at a whole different level... And this is why I keep telling people that the Terafab is going to be the secret ingredient that will be the real unlock for everything: • Robotaxis at scale • Billions of Optimus robots • Massive AI models running 24/7 • Future off-world, other planet infrastructure Without these chips, none of this can happen... but with the Terafab, all of this becomes possible. That’s why Elon is calling it “the final missing piece.” I agree.$

I genuinely think the Terafab is going to end up being one of the biggest moves ever made in human history to secure the future of AI... and I think most people still don’t fully see what Elon is trying to do here. The signs are clear to me. This is Tesla, xAI, and SpaceX essentially hinting to us that they are not going to wait on the world to give them the compute the team needs. They are going to build it themselves at a scale no one has ever attempted. When you really break it down, it gets a bit nutty. This is going to be a fully vertically integrated chip factory that will be producing over 1 terawatt of AI compute per year. This is NEXT LEVEL BIG. Today, AI is limited by chips. You can have the best models, the best engineers, the best everything... but if you don’t have enough compute, you will eventually hit a wall. Elon told us, the world can only supply a tiny fraction of the chips his companies will need. So this is the solution. Terafab puts everything under one roof like design, manufacturing, memory, packaging, testing, which means that they can build chips very fast.. like really fast. I'm talking about 100-200 billion custom AI chips per year at full capacity. Chips designed specifically for: • Tesla cars and Optimus robots • xAI models • Space-based compute You see, while other companies and CEOs are thinking Earth, Elon is planning for AI in space. Around ~80% of the compute is expected to go orbital, powered by solar energy bc Earth simply doesn’t have enough electricity. The U.S. grid is only about ~0.5 terawatts, while space has basically UNLIMITED energy if you can capture it. And this is the steps to get it: Starship launches → space compute → solar-powered AI → feeds back into everything to Earth. Bro... Elon and his companies are playing at a whole different level... And this is why I keep telling people that the Terafab is going to be the secret ingredient that will be the real unlock for everything: • Robotaxis at scale • Billions of Optimus robots • Massive AI models running 24/7 • Future off-world, other planet infrastructure Without these chips, none of this can happen... but with the Terafab, all of this becomes possible. That’s why Elon is calling it “the final missing piece.” I agree.

Teslaconomics

25,494 Aufrufe • vor 6 Monaten

I think I've stumbled onto the future of building startups. It wasn't supposed to happen this way. It's 2 AM. I'm editing a podcast, questioning every life decision that led me here. I've already burned through hundreds of thousands on this thing since 2021. Zero monetization. Just burning cash. My business partner's probably thinking I've lost it. We're juggling 6 businesses, and here I am, playing wannabe Joe Rogan. Then it hit me. Not during the podcast. In the darn comments section. I start sorting comments by "contains question" using this AI creator tool called VidIQ. "How do you validate ideas?" "What tools do you use?" "Can you dive deeper on XYZ topic?" These questions keep popping up. Over and over. That's when the lightbulb went off. What if I could turn this into a lead magnet machine? Find questions. Answer them with free stuff. Rinse. Repeat. I team up with Design Scientist to crank out 2 lead magnets a month. (Tried doing it myself first. But it was hard lol) We start pumping out things like "6 Tools I Use to Find Startup Ideas." Suddenly, I'm drowning in subscribers. 10,000 to 20,000 a month. On autopilot. Now, you're probably thinking, "Cool story, bro. But how's this a big idea?" Clarity of what to build is probably one of the most valuable ways to build products people want. You have to understand a niche's problem better than they even know them. Problem: what's the roadblock keeping founders stuck? Segment: group these founders by their specific obstacles. Product: build the bridge that gets them over their hurdle. I use ConvertKit like a scalpel, dissecting these segments. Not by age or location. By the problems they're desperate to solve. Suddenly, I'm staring at a treasure map of founder pain points. And that's when you can build startups to solve their problems. Instead of being a lead factory, you become a startup factory. You use tools like v0/replit/cursor to prototype like a madman. And it makes your life less stressful as a founder. Because you know people are lined up to buy the products. I'm so convinced this is the future of startup building, I've bet $1M+ of my own cash on it. Building startups to solve people's problems. And cool part is this blueprint can be replicated in any niche. The best SaaS ideas aren't in some Silicon Valley incubator. They're hiding in your "free" content. Think of it like this (Isenberg's formula?): (Engaged Audience) x (Targeted Lead Magnets) x (Problem-Centric Segmentation) = Product-Market Fit on Demand Here's the step-by-step: 1. Use AI/software to categorize every single audience interaction by problem type. Build a heat map of pain points. 2. Create ultra-specific lead magnets for each major problem cluster. Think "5-Step Framework for Validating SaaS Ideas" not "Generic Startup Guide". I also use free communities as lead magnets. 3. Forget demographics. Segment by the problem they're trying to solve. Use ConvertKit to build dynamic segments that would make Zuck jealous. 4. Use AI to build rapid prototypes for top problem clusters. Test with your segmented lists for instant feedback. Your next cash-flowing business is probably stuck in a comment somewhere, just waiting for you to notice it. I accidentally built a startup factory at 2am. Happy I did. Sharing in case this is useful to anyone out there. The future of startups: 1. Be a content factory 2. Be a lead factory 3. Be a startup factory

I think I've stumbled onto the future of building startups. It wasn't supposed to happen this way. It's 2 AM. I'm editing a podcast, questioning every life decision that led me here. I've already burned through hundreds of thousands on this thing since 2021. Zero monetization. Just burning cash. My business partner's probably thinking I've lost it. We're juggling 6 businesses, and here I am, playing wannabe Joe Rogan. Then it hit me. Not during the podcast. In the darn comments section. I start sorting comments by "contains question" using this AI creator tool called VidIQ. "How do you validate ideas?" "What tools do you use?" "Can you dive deeper on XYZ topic?" These questions keep popping up. Over and over. That's when the lightbulb went off. What if I could turn this into a lead magnet machine? Find questions. Answer them with free stuff. Rinse. Repeat. I team up with Design Scientist to crank out 2 lead magnets a month. (Tried doing it myself first. But it was hard lol) We start pumping out things like "6 Tools I Use to Find Startup Ideas." Suddenly, I'm drowning in subscribers. 10,000 to 20,000 a month. On autopilot. Now, you're probably thinking, "Cool story, bro. But how's this a big idea?" Clarity of what to build is probably one of the most valuable ways to build products people want. You have to understand a niche's problem better than they even know them. Problem: what's the roadblock keeping founders stuck? Segment: group these founders by their specific obstacles. Product: build the bridge that gets them over their hurdle. I use ConvertKit like a scalpel, dissecting these segments. Not by age or location. By the problems they're desperate to solve. Suddenly, I'm staring at a treasure map of founder pain points. And that's when you can build startups to solve their problems. Instead of being a lead factory, you become a startup factory. You use tools like v0/replit/cursor to prototype like a madman. And it makes your life less stressful as a founder. Because you know people are lined up to buy the products. I'm so convinced this is the future of startup building, I've bet $1M+ of my own cash on it. Building startups to solve people's problems. And cool part is this blueprint can be replicated in any niche. The best SaaS ideas aren't in some Silicon Valley incubator. They're hiding in your "free" content. Think of it like this (Isenberg's formula?): (Engaged Audience) x (Targeted Lead Magnets) x (Problem-Centric Segmentation) = Product-Market Fit on Demand Here's the step-by-step: 1. Use AI/software to categorize every single audience interaction by problem type. Build a heat map of pain points. 2. Create ultra-specific lead magnets for each major problem cluster. Think "5-Step Framework for Validating SaaS Ideas" not "Generic Startup Guide". I also use free communities as lead magnets. 3. Forget demographics. Segment by the problem they're trying to solve. Use ConvertKit to build dynamic segments that would make Zuck jealous. 4. Use AI to build rapid prototypes for top problem clusters. Test with your segmented lists for instant feedback. Your next cash-flowing business is probably stuck in a comment somewhere, just waiting for you to notice it. I accidentally built a startup factory at 2am. Happy I did. Sharing in case this is useful to anyone out there. The future of startups: 1. Be a content factory 2. Be a lead factory 3. Be a startup factory

GREG ISENBERG

128,620 Aufrufe • vor 2 Jahren

🚨 A MAJOR STEP FOR ADVANCED NUCLEAR: TERRESTRIAL ENERGY SECURES 77-ACRE SITE IN TEXAS FOR MOLTEN SALT REACTOR TESTING. Terrestrial Energy has signed agreements to use a large site at the Texas A&M-RELLIS campus to prepare for testing its Integral Molten Salt Reactor (IMSR) a Generation IV small modular reactor design. Unlike traditional nuclear plants that use solid fuel rods and high-pressure water, this design dissolves low-enriched uranium directly into a liquid salt mixture that acts as both fuel and coolant. Why this matters: • The reactor can cool itself through natural air circulation if power is lost no need for backup pumps • It operates at normal atmospheric pressure, significantly reducing the risk of containment failure • Major components can be factory-built and shipped to site, speeding up construction • The company recently passed key NRC safety evaluations and has a deal to study powering large-scale data centers (up to 4 GW) The deeper implication: As AI and data centers drive massive new electricity demand, there’s growing interest in reliable, always-on, low-carbon power sources that can be deployed faster than traditional large reactors. Molten salt designs like this one offer inherent safety advantages and factory production potential that could help nuclear compete in this new market. Securing a dedicated testing site is a concrete sign that this technology is moving from paper studies toward real-world validation. How important do you think advanced nuclear (like molten salt reactors) will be for powering the AI boom compared to renewables + storage? Follow for more frontier energy and next-generation nuclear technology.

🚨 A MAJOR STEP FOR ADVANCED NUCLEAR: TERRESTRIAL ENERGY SECURES 77-ACRE SITE IN TEXAS FOR MOLTEN SALT REACTOR TESTING. Terrestrial Energy has signed agreements to use a large site at the Texas A&M-RELLIS campus to prepare for testing its Integral Molten Salt Reactor (IMSR) a Generation IV small modular reactor design. Unlike traditional nuclear plants that use solid fuel rods and high-pressure water, this design dissolves low-enriched uranium directly into a liquid salt mixture that acts as both fuel and coolant. Why this matters: • The reactor can cool itself through natural air circulation if power is lost no need for backup pumps • It operates at normal atmospheric pressure, significantly reducing the risk of containment failure • Major components can be factory-built and shipped to site, speeding up construction • The company recently passed key NRC safety evaluations and has a deal to study powering large-scale data centers (up to 4 GW) The deeper implication: As AI and data centers drive massive new electricity demand, there’s growing interest in reliable, always-on, low-carbon power sources that can be deployed faster than traditional large reactors. Molten salt designs like this one offer inherent safety advantages and factory production potential that could help nuclear compete in this new market. Securing a dedicated testing site is a concrete sign that this technology is moving from paper studies toward real-world validation. How important do you think advanced nuclear (like molten salt reactors) will be for powering the AI boom compared to renewables + storage? Follow for more frontier energy and next-generation nuclear technology.

TheNewPhysics

26,714 Aufrufe • vor 3 Monaten

The vibratory bowl feeder. Patented in 1950. Here is the physics behind this ubiquitous tool. It solves a universal factory problem: you have a bin of randomly oriented parts and need them single-file, perfectly aligned, feeding into the next machine. No vision. No sensors. No code. Just physics. The bowl vibrates with an asymmetric waveform - part vertical, part rotational. During the slow phase, static friction grips the part. During the fast phase, the part slips or micro-jumps. Net result: parts climb the spiral. At the top, geometry takes over. Slots, ledges, and narrowing tracks are machined for one specific part shape. Wrong orientation? Fall back in. Correct? Exit single-file. Every bowl is custom tooled. Change the part, change the bowl. Inflexible? Completely. But at high volume, nothing beats it on cost, speed, or reliability. Running 24/7 since 1950.

The vibratory bowl feeder. Patented in 1950. Here is the physics behind this ubiquitous tool. It solves a universal factory problem: you have a bin of randomly oriented parts and need them single-file, perfectly aligned, feeding into the next machine. No vision. No sensors. No code. Just physics. The bowl vibrates with an asymmetric waveform - part vertical, part rotational. During the slow phase, static friction grips the part. During the fast phase, the part slips or micro-jumps. Net result: parts climb the spiral. At the top, geometry takes over. Slots, ledges, and narrowing tracks are machined for one specific part shape. Wrong orientation? Fall back in. Correct? Exit single-file. Every bowl is custom tooled. Change the part, change the bowl. Inflexible? Completely. But at high volume, nothing beats it on cost, speed, or reliability. Running 24/7 since 1950.

Jack 🤖

379,487 Aufrufe • vor 10 Monaten

People say running is bad and that it makes you look old and wastes away your muscle People are dumb That only happens if you run for to long at to high of a heart rate If you run at 130-140 beats per minute with a smile on your face it’s actually some of the best therapy there is If you are running and you can’t smile and it looks like you are in agony and can’t hold a pleasant conversation you are doing it wrong and that’s what will cause you to look old and frail This is called “the sweet spot” folks and it can be used for way more than just running

People say running is bad and that it makes you look old and wastes away your muscle People are dumb That only happens if you run for to long at to high of a heart rate If you run at 130-140 beats per minute with a smile on your face it’s actually some of the best therapy there is If you are running and you can’t smile and it looks like you are in agony and can’t hold a pleasant conversation you are doing it wrong and that’s what will cause you to look old and frail This is called “the sweet spot” folks and it can be used for way more than just running

Thor Torrens

19,510 Aufrufe • vor 6 Monaten

Figure 03 just finished an 8-hour work livestream, imperfect, but already good enough to replace a lot of repetitive warehouse labor. 🤖 Brett Adcock put a team of F.03 robots on a factory-style package sorting task for a full shift. The job was simple and brutal: detect the barcode, pick the package, flip it label-side down, place it on the conveyor, repeat. Soft poly bags, rigid boxes, moving belts, messy orientations. That is exactly the kind of boring physical work factories pay humans to do all day. Early in the stream, the system handled 230 packages in 10 minutes. That is roughly 2.6 seconds per item — already in human-speed territory for this narrow workflow. The more important part: it was not one robot pretending to work all day. It was a team of Figure 03 robots keeping the line running. When one robot ran low on battery, it left the station and another robot stepped in. That is the real factory signal: not just autonomy, but shift continuity. F.03 is rated for about 5 hours of runtime, so the 8-hour result depends on fleet orchestration, charging, and handoff. That matters more than a single clean demo. The stream was not perfect. There were pauses, hesitations, missed orientations, and small recovery moments. Good. A perfect short clip hides failure. An 8-hour livestream exposes the parts that actually matter: endurance, recovery, throughput, and whether the robot can stay useful after the novelty wears off. Figure says this was fully autonomous on Helix-02, with zero human intervention. For logistics and manufacturing, that is the threshold worth watching. Not “can it do one impressive task?” Can it keep doing the boring task for an entire shift? Figure is not showing a general human replacement yet. But for structured, repetitive factory work, the gap just got much smaller. The timing is also interesting: Figure says BotQ has already delivered 350+ F.03 units and reached a 1 robot/hour production cadence. And F.04 is now in full design lock, with parts starting to ship. The next test is obvious. 8 hours was the proof of endurance. 24/7 is the proof of labor economics.

Figure 03 just finished an 8-hour work livestream, imperfect, but already good enough to replace a lot of repetitive warehouse labor. 🤖 Brett Adcock put a team of F.03 robots on a factory-style package sorting task for a full shift. The job was simple and brutal: detect the barcode, pick the package, flip it label-side down, place it on the conveyor, repeat. Soft poly bags, rigid boxes, moving belts, messy orientations. That is exactly the kind of boring physical work factories pay humans to do all day. Early in the stream, the system handled 230 packages in 10 minutes. That is roughly 2.6 seconds per item — already in human-speed territory for this narrow workflow. The more important part: it was not one robot pretending to work all day. It was a team of Figure 03 robots keeping the line running. When one robot ran low on battery, it left the station and another robot stepped in. That is the real factory signal: not just autonomy, but shift continuity. F.03 is rated for about 5 hours of runtime, so the 8-hour result depends on fleet orchestration, charging, and handoff. That matters more than a single clean demo. The stream was not perfect. There were pauses, hesitations, missed orientations, and small recovery moments. Good. A perfect short clip hides failure. An 8-hour livestream exposes the parts that actually matter: endurance, recovery, throughput, and whether the robot can stay useful after the novelty wears off. Figure says this was fully autonomous on Helix-02, with zero human intervention. For logistics and manufacturing, that is the threshold worth watching. Not “can it do one impressive task?” Can it keep doing the boring task for an entire shift? Figure is not showing a general human replacement yet. But for structured, repetitive factory work, the gap just got much smaller. The timing is also interesting: Figure says BotQ has already delivered 350+ F.03 units and reached a 1 robot/hour production cadence. And F.04 is now in full design lock, with parts starting to ship. The next test is obvious. 8 hours was the proof of endurance. 24/7 is the proof of labor economics.

RoboHub🤖

16,818 Aufrufe • vor 4 Monaten

Dear Mmesoma, We received your order for the itel PowerGo and we also received your order note where you asked that the product be charged to full before we deliver to you due to the epileptic power supply in your area and we are doing just that because at , every customer matters irrespective of the worth of the items purchased. This is exactly why I had our developer Of Cherdah✨ add the "Customer Order note" feature to the e-commerce website to enable customers make little additional requests that can help us serve them better. We will charge the itel PowerGo for you overnight to 100% before delivering to your location tomorrow. Delivery as usual is 100% FREE. Thank you once again for trusting . We really do not take the trust and patronage for granted.🫂❤️

Dear Mmesoma, We received your order for the itel PowerGo and we also received your order note where you asked that the product be charged to full before we deliver to you due to the epileptic power supply in your area and we are doing just that because at , every customer matters irrespective of the worth of the items purchased. This is exactly why I had our developer Of Cherdah✨ add the "Customer Order note" feature to the e-commerce website to enable customers make little additional requests that can help us serve them better. We will charge the itel PowerGo for you overnight to 100% before delivering to your location tomorrow. Delivery as usual is 100% FREE. Thank you once again for trusting . We really do not take the trust and patronage for granted.🫂❤️

Neo Officiall

64,613 Aufrufe • vor 2 Monaten

From a factory worker to a full-stack developer in 1.5 years of grind. I’m not saying this to flex. I’m saying this because I didn’t believe it was possible either. 1.5 years ago, I was working in a vegetables factory. 10 hours a day. Packing. Picking. Standing. Physically exhausting. Mentally draining. I had dropped out of college because of financial issues. This felt like the end of the road. A friend told me: “Try learning to code.” I saved whatever money I could. Took some help from my parents. Bought a laptop. Quit the factory job. For a while, the internet became my university. I kept remembering something Elon Musk once said: “Everything you need to learn is available on the internet for free.” I used that line like a rule. HTML, CSS, JavaScript one month. Then React. No fancy courses. Just docs, projects, and breaking things. Got my first internship. Struggled. Learned. Improved. After 4 months, I pushed harder: – Deep React (no tutorial hopping) – Backend basics – Some DSA That grind got me a full-stack role at a US-based company (onsite in Bhopal). Life tested me again when my grandfather the person I always looked up to had a heart attack. It broke me. I quit. Took time. Regrouped. Started freelancing. Got 2 to 3 projects. Kept moving forward. My journey hasn’t been clean. It’s been messy, uncertain, and uncomfortable. But here I am. 2025 was just a warm-up. 2026 is execution. If you’re starting from zero don’t underestimate what 1–2 years of focused grind can do.

From a factory worker to a full-stack developer in 1.5 years of grind. I’m not saying this to flex. I’m saying this because I didn’t believe it was possible either. 1.5 years ago, I was working in a vegetables factory. 10 hours a day. Packing. Picking. Standing. Physically exhausting. Mentally draining. I had dropped out of college because of financial issues. This felt like the end of the road. A friend told me: “Try learning to code.” I saved whatever money I could. Took some help from my parents. Bought a laptop. Quit the factory job. For a while, the internet became my university. I kept remembering something Elon Musk once said: “Everything you need to learn is available on the internet for free.” I used that line like a rule. HTML, CSS, JavaScript one month. Then React. No fancy courses. Just docs, projects, and breaking things. Got my first internship. Struggled. Learned. Improved. After 4 months, I pushed harder: – Deep React (no tutorial hopping) – Backend basics – Some DSA That grind got me a full-stack role at a US-based company (onsite in Bhopal). Life tested me again when my grandfather the person I always looked up to had a heart attack. It broke me. I quit. Took time. Regrouped. Started freelancing. Got 2 to 3 projects. Kept moving forward. My journey hasn’t been clean. It’s been messy, uncertain, and uncomfortable. But here I am. 2025 was just a warm-up. 2026 is execution. If you’re starting from zero don’t underestimate what 1–2 years of focused grind can do.

Sambhav.apk▲

32,746 Aufrufe • vor 9 Monaten

ISRAEL'S ARROW MISSILE ENGINE FACTORY JUST EXPLODED. WHAT HAPPENS NOW THAT THE "CONTROLLED TEST" STORY DOESN'T ADD UP? Here's what comes next, step by step: 🔴 Step 1 — The official story collapses under three facts Tomer Company called it a pre-planned test "carried out according to plan." But controlled detonations require advance public notification. There was none. Emergency services scrambled immediately. You don't do that for something planned. And the blast scale matches one thing: solid rocket propellant igniting unexpectedly. 🔴 Step 2 — Understand what Tomer actually is This is not a warehouse. This is not a factory making spare parts. Tomer is the state-owned firm that builds the rocket engines for Arrow 2 and Arrow 3 — Israel's primary shield against Iranian ballistic missiles. No Tomer engines. No Arrow interceptors. No missile defense. 🔴 Step 3 — Understand what Arrow 2 and Arrow 3 actually do Arrow 3 intercepts ballistic missiles above the atmosphere. Arrow 2 handles mid-altitude threats inside the atmosphere. Together they form the top two layers of Israel's defense against exactly the kind of missiles Iran has been firing. Tomer builds the propulsion that makes both of them fly. 🔴 Step 4 — Consider the timing Iran just escalated on its own terms for the first time — not in response to U.S. action, but initiating. A more emboldened Iran than the one that entered the ceasefire. And at this exact moment, a massive explosion hits the facility that manufactures Israel's defense against Iranian missiles. 🔴 Step 5 — If this was an accident A production or testing mishap during propellant handling is the most probable explanation. A similar blast at the same Tomer site happened in 2021 — also called a controlled test afterward. Industrial accidents at rocket propellant facilities are rare but catastrophic when they occur. The damage to production timelines could be significant at a moment when Israel needs interceptors most. 🔴 Step 6 — If this was NOT an accident Sabotage at exactly this target, at exactly this moment, cannot be fully ruled out. Iran has demonstrated the capability and the motive to reach inside Israel's defense infrastructure. Disrupting Arrow engine production doesn't require a missile strike — it requires one person in the right place. Israel's missile defense capacity would degrade quietly, invisibly, before the next war begins. 🔴 Step 7 — Either answer is a serious problem Accident: Israel's most critical missile defense supply chain just took a hit during active conflict. Sabotage: Iran may have just struck Israel's shield without firing a single missile. Both outcomes serve the same strategic objective — leaving Israel less capable of defending against the next ballistic missile barrage. The question is not whether this matters. The question is which answer is worse. Are you positioned for what comes next? I'll keep you updated. Turn on notifications. 🚨

ISRAEL'S ARROW MISSILE ENGINE FACTORY JUST EXPLODED. WHAT HAPPENS NOW THAT THE "CONTROLLED TEST" STORY DOESN'T ADD UP? Here's what comes next, step by step: 🔴 Step 1 — The official story collapses under three facts Tomer Company called it a pre-planned test "carried out according to plan." But controlled detonations require advance public notification. There was none. Emergency services scrambled immediately. You don't do that for something planned. And the blast scale matches one thing: solid rocket propellant igniting unexpectedly. 🔴 Step 2 — Understand what Tomer actually is This is not a warehouse. This is not a factory making spare parts. Tomer is the state-owned firm that builds the rocket engines for Arrow 2 and Arrow 3 — Israel's primary shield against Iranian ballistic missiles. No Tomer engines. No Arrow interceptors. No missile defense. 🔴 Step 3 — Understand what Arrow 2 and Arrow 3 actually do Arrow 3 intercepts ballistic missiles above the atmosphere. Arrow 2 handles mid-altitude threats inside the atmosphere. Together they form the top two layers of Israel's defense against exactly the kind of missiles Iran has been firing. Tomer builds the propulsion that makes both of them fly. 🔴 Step 4 — Consider the timing Iran just escalated on its own terms for the first time — not in response to U.S. action, but initiating. A more emboldened Iran than the one that entered the ceasefire. And at this exact moment, a massive explosion hits the facility that manufactures Israel's defense against Iranian missiles. 🔴 Step 5 — If this was an accident A production or testing mishap during propellant handling is the most probable explanation. A similar blast at the same Tomer site happened in 2021 — also called a controlled test afterward. Industrial accidents at rocket propellant facilities are rare but catastrophic when they occur. The damage to production timelines could be significant at a moment when Israel needs interceptors most. 🔴 Step 6 — If this was NOT an accident Sabotage at exactly this target, at exactly this moment, cannot be fully ruled out. Iran has demonstrated the capability and the motive to reach inside Israel's defense infrastructure. Disrupting Arrow engine production doesn't require a missile strike — it requires one person in the right place. Israel's missile defense capacity would degrade quietly, invisibly, before the next war begins. 🔴 Step 7 — Either answer is a serious problem Accident: Israel's most critical missile defense supply chain just took a hit during active conflict. Sabotage: Iran may have just struck Israel's shield without firing a single missile. Both outcomes serve the same strategic objective — leaving Israel less capable of defending against the next ballistic missile barrage. The question is not whether this matters. The question is which answer is worse. Are you positioned for what comes next? I'll keep you updated. Turn on notifications. 🚨

🇨🇳 Guo Shen 郭深

372,170 Aufrufe • vor 4 Monaten