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🚨 THIS MAN WARNS: STOP WARMING UP YOUR CAR - YOU’RE ACTUALLY CAUSING ENGINE DAMAGE A mechanic says idling your car for 5–10 minutes like it’s 1995 is doing the opposite of what you think. Modern engines don’t need it. "Most cold-start engine wear happens because excess fuel washes... oil off the cylinder walls." When your engine is cold, the computer runs a rich fuel mixture - extra gasoline to stabilize combustion. That fuel acts like a solvent, washing oil off the cylinder walls. Less oil = piston rings scraping closer to metal. That’s where most cold-start engine wear happens. Idling keeps the engine cold longer. Driving gently warms the oil, transmission, and engine faster, ends the rich mixture sooner, and restores proper lubrication. The fix is simple: Start the car. Wait 15–30 seconds. Drive easy until temps rise. Long idling only makes sense for frost, fog, or extreme cold. How many people are quietly damaging their engine every single morning without realizing it?show more

HustleBitch

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52,348 Aufrufe • vor 6 Monaten •via X (Twitter)

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Oil technology has improved a lot & most modern fully synthetic oils such as 5W-30 can comfortably last up to 10,000 km in many petrol engines ( if the manufacturer recommends that interval.) However factoring in idling in traffic & short trips 8,000 or 9,000 km is a sweet spot. With the higher sulfur fuel in our country or if your engine has high mileage 7,500 km is good. A 5,000 km interval for a car recommended at 10,000 only makes sense if you use your car under very high rpms like offroad , towing or very dusty environments. For car care tips follow our WhatsApp channel . Heres the link

Oil technology has improved a lot & most modern fully synthetic oils such as 5W-30 can comfortably last up to 10,000 km in many petrol engines ( if the manufacturer recommends that interval.) However factoring in idling in traffic & short trips 8,000 or 9,000 km is a sweet spot. With the higher sulfur fuel in our country or if your engine has high mileage 7,500 km is good. A 5,000 km interval for a car recommended at 10,000 only makes sense if you use your car under very high rpms like offroad , towing or very dusty environments. For car care tips follow our WhatsApp channel . Heres the link

4Real

20,412 Aufrufe • vor 6 Tagen

🚨 JAY LENO JUST PULLED UP IN A CAR THAT RUNS ON PERFUME OR TEQUILA — AND IT SOUNDS LIKE A GIANT VACUUM Jay Leno just rolled up in one of the strangest cars ever built: the 1963 Chrysler Turbine Car, with bodies hand-built by Ghia in Italy. Instead of a normal piston engine, it uses a jet-style turbine. And when it starts up, it doesn’t rumble like a V8. It sounds like a giant vacuum cleaner spooling up. Then Leno shows the part that catches everyone off guard first. He puts a bottle of water on the engine while it’s running… and it barely ripples. Almost no vibration at all while the turbine spins. Then he explains why this car is so bizarre. The engine is designed to run on almost anything that burns: • Diesel • Kerosene • Jet fuel • Heating oil • Cooking oil Leno says when Chrysler took the car to Mexico, they ran it on tequila. When they brought it to France, they filled the tank with Chanel No.5 perfume. Only 9 of these Chrysler Turbine Cars are believed to still exist today. If your car could run on almost anything that burns... what would you try putting in the tank first?

🚨 JAY LENO JUST PULLED UP IN A CAR THAT RUNS ON PERFUME OR TEQUILA — AND IT SOUNDS LIKE A GIANT VACUUM Jay Leno just rolled up in one of the strangest cars ever built: the 1963 Chrysler Turbine Car, with bodies hand-built by Ghia in Italy. Instead of a normal piston engine, it uses a jet-style turbine. And when it starts up, it doesn’t rumble like a V8. It sounds like a giant vacuum cleaner spooling up. Then Leno shows the part that catches everyone off guard first. He puts a bottle of water on the engine while it’s running… and it barely ripples. Almost no vibration at all while the turbine spins. Then he explains why this car is so bizarre. The engine is designed to run on almost anything that burns: • Diesel • Kerosene • Jet fuel • Heating oil • Cooking oil Leno says when Chrysler took the car to Mexico, they ran it on tequila. When they brought it to France, they filled the tank with Chanel No.5 perfume. Only 9 of these Chrysler Turbine Cars are believed to still exist today. If your car could run on almost anything that burns... what would you try putting in the tank first?

HustleBitch

868,102 Aufrufe • vor 4 Monaten

Following the Delta A330-323(N813NW) engine failure after departure from São Paulo (GRU), many are asking: what actually happens if an airliner loses an engine just after takeoff? As passenger in the cabin watching this scenario unfold, the panic is understandable. Seeing flames from an engine is alarming. But this is exactly the kind of scenario pilots are trained for repeatedly in simulators. Modern multi-engine aircraft are designed to fly safely on one engine. In fact, losing one engine is a certification requirement during testing. Here’s what happens: At liftoff, pilots target V2 speed—the minimum safe speed that guarantees the aircraft can continue climbing even with one engine inoperative. If an engine fails: • The MASTER FIRE warning light will illuminate in the cockpit and the fire warning bell will sound, alerting the pilots on the affected engine (they will close the fuel, hydraulic shutoff, and engine bleed air valves, and also discharge the related fire bottle to extinguish the engine fire). Of course, they will be careful NOT TO shut down the wrong engine (this has happened before). • Maximum thrust is applied on the remaining engine. • Rudder input keeps the aircraft straight (countering asymmetric thrust) • The aircraft climbs straight ahead for best performance (turns reduce climb rate unless required) Once above a safe altitude (typically ~1,500 ft / Minimum Flap Retraction Altitude(MFRA): • The aircraft accelerates • Flaps are retracted (“cleaning up”) • Crew assesses the situation and plans a return or diversion Even at very low altitude, the aircraft remains controllable by design. It may not climb aggressively, but it will climb. Bottom line: What looks catastrophic from the cabin is a scenario pilots are highly trained to handle—and aircraft are engineered to withstand. Hope this helps any nervous flyer. Flying is safe, and the chances of this happening have reduced due to lessons learned from previous incidents. And if you ever find yourself in this situation, trust that the pilots will act according to their training—because that’s their job.

Following the Delta A330-323(N813NW) engine failure after departure from São Paulo (GRU), many are asking: what actually happens if an airliner loses an engine just after takeoff? As passenger in the cabin watching this scenario unfold, the panic is understandable. Seeing flames from an engine is alarming. But this is exactly the kind of scenario pilots are trained for repeatedly in simulators. Modern multi-engine aircraft are designed to fly safely on one engine. In fact, losing one engine is a certification requirement during testing. Here’s what happens: At liftoff, pilots target V2 speed—the minimum safe speed that guarantees the aircraft can continue climbing even with one engine inoperative. If an engine fails: • The MASTER FIRE warning light will illuminate in the cockpit and the fire warning bell will sound, alerting the pilots on the affected engine (they will close the fuel, hydraulic shutoff, and engine bleed air valves, and also discharge the related fire bottle to extinguish the engine fire). Of course, they will be careful NOT TO shut down the wrong engine (this has happened before). • Maximum thrust is applied on the remaining engine. • Rudder input keeps the aircraft straight (countering asymmetric thrust) • The aircraft climbs straight ahead for best performance (turns reduce climb rate unless required) Once above a safe altitude (typically ~1,500 ft / Minimum Flap Retraction Altitude(MFRA): • The aircraft accelerates • Flaps are retracted (“cleaning up”) • Crew assesses the situation and plans a return or diversion Even at very low altitude, the aircraft remains controllable by design. It may not climb aggressively, but it will climb. Bottom line: What looks catastrophic from the cabin is a scenario pilots are highly trained to handle—and aircraft are engineered to withstand. Hope this helps any nervous flyer. Flying is safe, and the chances of this happening have reduced due to lessons learned from previous incidents. And if you ever find yourself in this situation, trust that the pilots will act according to their training—because that’s their job.

Turbine Traveller

42,927 Aufrufe • vor 4 Monaten

🧬 Why does ☣️ Pleb Kruse = BTC foundationalist in exile 🟩🔆 say “Food doesn’t matter”? Imagine a solar-powered battery: Sunlight charges the battery. Water holds the charge. Magnetism organizes the charge. The battery powers the engine. The engine burns the fuel. Food is a fuel. If the battery is empty or the wiring is broken, the engine cannot burn the fuel correctly. Changing the fuel will not fix the battery. Fix the battery first, then any fuel can be used. 🤔 Understanding 🔥 1. The ENGINE comes before the FUEL If the mitochondrial engine is not working, the fuel doesn’t matter. Why? Because in our modern world, we are trying to fix a physics problem with food ideology. It will never work. Mitochondria are the engine that burns the fuel. If the engine is damaged, all fuels become incomplete, misinterpreted, or even toxic. 👎🏻Most people today have engines damaged by: blue light EMFs indoor living poor redox lack of DHA no morning sunlight circadian mismatch ❌When the engine is broken, these things happen: electrons cannot move efficiently ATP production slows inflammation rises ROS becomes uncontrolled hormones lose coherence fasting becomes stressful diets fail again and again Food does not fix any of this. ☀️ 2. LIGHT controls metabolism more deeply than any diet ever could Jack’s central point for 15 years: “Food is seasonal information. Light is the master instruction.” Morning sunlight programs: dopamine cortisol melatonin leptin mitochondrial timing thyroid signaling This means two people on the same diet can have completely different results depending on their light environment. Example: Someone living indoors under LEDs with low redox tries carnivore. They struggle. Someone living by the ocean with daily sunrise exposure builds strong redox. Carnivore works for them Keto works Carbs work seasonally Fasting works The diet didn’t change. The redox did. Diet is just light in disguise. 🌊 3. Mitochondria run on ELECTRONS, not on food quantity Jack always says: “You don’t need more supplements. You need more electrons.” Food is only an electron donor. But electrons only work when the biology is prepared to receive them in the same environment nature designed. The key factors that prepare the system are: DHA in cell membranes structured water created by sunlight a magnetic field that aligns proton flow circadian signals that control timing cold exposure that increases electron efficiency minimal blue light at night When these conditions are damaged: Electrons get stuck. Energy drops. Inflammation rises. Hormones lose rhythm. Detoxification breaks. Again: diet never fixes the foundation. 🧠 4. Why diet “gurus” are always fighting, and always missing the point. Carnivore gurus… Low-carb communities… Metabolic bros… Vegan influencers… Mediterranean… All of them fight about the fuel while ignoring the engine. It’s like watching the mechanics scream about gasoline quality while the engine has: no oil no spark plugs a dead battery Jack’s message is brutally simple: “Fix the mitochondrial environment first, and most diets will begin to work.” Without fixing the environment, no diet can save you. 🐟 5. Why DHA is the diet Kruse actually cares about. DHA is the molecule that lets sunlight become a direct electrical current inside your cell membranes. DHA is the antenna. If the antenna is broken, the light signal becomes distorted. Every metabolic pathway fails. This is why: “A vegan in Norway is committing mitochondrial suicide.” “Food is a distraction. Sunlight is the real nutrient.” DHA + sunlight is the diet nature designed for humans. DHA is an antenna. And an antenna is useless without the signal. 🔥 Remember Your mitochondrial redox decides your fate; not your diet. Your light environment writes the rules for your metabolism. Your DHA status determines how well you can read the rules. This is why all food fights are meaningless 🤭 The mitochondria decide everything long before the fork ever reaches your mouth.

🧬 Why does ☣️ Pleb Kruse = BTC foundationalist in exile 🟩🔆 say “Food doesn’t matter”? Imagine a solar-powered battery: Sunlight charges the battery. Water holds the charge. Magnetism organizes the charge. The battery powers the engine. The engine burns the fuel. Food is a fuel. If the battery is empty or the wiring is broken, the engine cannot burn the fuel correctly. Changing the fuel will not fix the battery. Fix the battery first, then any fuel can be used. 🤔 Understanding 🔥 1. The ENGINE comes before the FUEL If the mitochondrial engine is not working, the fuel doesn’t matter. Why? Because in our modern world, we are trying to fix a physics problem with food ideology. It will never work. Mitochondria are the engine that burns the fuel. If the engine is damaged, all fuels become incomplete, misinterpreted, or even toxic. 👎🏻Most people today have engines damaged by: blue light EMFs indoor living poor redox lack of DHA no morning sunlight circadian mismatch ❌When the engine is broken, these things happen: electrons cannot move efficiently ATP production slows inflammation rises ROS becomes uncontrolled hormones lose coherence fasting becomes stressful diets fail again and again Food does not fix any of this. ☀️ 2. LIGHT controls metabolism more deeply than any diet ever could Jack’s central point for 15 years: “Food is seasonal information. Light is the master instruction.” Morning sunlight programs: dopamine cortisol melatonin leptin mitochondrial timing thyroid signaling This means two people on the same diet can have completely different results depending on their light environment. Example: Someone living indoors under LEDs with low redox tries carnivore. They struggle. Someone living by the ocean with daily sunrise exposure builds strong redox. Carnivore works for them Keto works Carbs work seasonally Fasting works The diet didn’t change. The redox did. Diet is just light in disguise. 🌊 3. Mitochondria run on ELECTRONS, not on food quantity Jack always says: “You don’t need more supplements. You need more electrons.” Food is only an electron donor. But electrons only work when the biology is prepared to receive them in the same environment nature designed. The key factors that prepare the system are: DHA in cell membranes structured water created by sunlight a magnetic field that aligns proton flow circadian signals that control timing cold exposure that increases electron efficiency minimal blue light at night When these conditions are damaged: Electrons get stuck. Energy drops. Inflammation rises. Hormones lose rhythm. Detoxification breaks. Again: diet never fixes the foundation. 🧠 4. Why diet “gurus” are always fighting, and always missing the point. Carnivore gurus… Low-carb communities… Metabolic bros… Vegan influencers… Mediterranean… All of them fight about the fuel while ignoring the engine. It’s like watching the mechanics scream about gasoline quality while the engine has: no oil no spark plugs a dead battery Jack’s message is brutally simple: “Fix the mitochondrial environment first, and most diets will begin to work.” Without fixing the environment, no diet can save you. 🐟 5. Why DHA is the diet Kruse actually cares about. DHA is the molecule that lets sunlight become a direct electrical current inside your cell membranes. DHA is the antenna. If the antenna is broken, the light signal becomes distorted. Every metabolic pathway fails. This is why: “A vegan in Norway is committing mitochondrial suicide.” “Food is a distraction. Sunlight is the real nutrient.” DHA + sunlight is the diet nature designed for humans. DHA is an antenna. And an antenna is useless without the signal. 🔥 Remember Your mitochondrial redox decides your fate; not your diet. Your light environment writes the rules for your metabolism. Your DHA status determines how well you can read the rules. This is why all food fights are meaningless 🤭 The mitochondria decide everything long before the fork ever reaches your mouth.

Light Me Away ☀️

42,199 Aufrufe • vor 7 Monaten

American bought her Mazda vehicle for over $30,000. It came with remote start, that was one of the features she really wanted Now she’s trying to jailbreak her car because the feature has been disabled. Mazda now wants her to pay $10 per month to the remote start “Are you f*cking kidding me? It's already installed in my car. You want me to now pay you a subscription on top of the $30,000 car that I bought from you? Make that make sense — I bought this car because I wanted push to start. I want it to be able to start my car when I'm not in my car.” New buyers got a 3 year complimentary trial to use these advanced features. Now that her trial has ended, the Preferred Plan costs $10 per month, $120 per year, for full features including remote engine start and stop I researched and believe she’s mistaken. The physical push-to-start button inside the car is free. It’s the remote engine start feature via the MyMazda app you just pay for Still not acceptable. We need to ban making you pay for features in your own car

American bought her Mazda vehicle for over $30,000. It came with remote start, that was one of the features she really wanted Now she’s trying to jailbreak her car because the feature has been disabled. Mazda now wants her to pay $10 per month to the remote start “Are you f*cking kidding me? It's already installed in my car. You want me to now pay you a subscription on top of the $30,000 car that I bought from you? Make that make sense — I bought this car because I wanted push to start. I want it to be able to start my car when I'm not in my car.” New buyers got a 3 year complimentary trial to use these advanced features. Now that her trial has ended, the Preferred Plan costs $10 per month, $120 per year, for full features including remote engine start and stop I researched and believe she’s mistaken. The physical push-to-start button inside the car is free. It’s the remote engine start feature via the MyMazda app you just pay for Still not acceptable. We need to ban making you pay for features in your own car

Wall Street Apes

870,916 Aufrufe • vor 2 Monaten

Glimpse into the world of an oil change done with ease by a pro. Ever wonder what a flawless, textbook oil change looks like when performed by a pro? We broke it down step-by-step to show you the precision, care, and cleanliness required for a job done right. Step 1: The Drain & Prep First things first: getting that old oil out. The mechanic lifts the vehicle, locates the drain plug, and carefully loosens it. Bringing over the oil catchment system ensures no mess. The plug is removed, allowing the dirty oil to drain out completely. Step 2: The Filter Swap (The Clean Way) Changing the oil filter can get messy—but not on our watch. The mechanic uses a clever, moldable green deflector tool to create a funnel underneath the filter. As the old filter is unscrewed, the excess oil catches and flows perfectly into the basin without touching the car's frame. Once drained, the old filter is removed, the mating surface is wiped clean with a fresh rag, and a brand-new blue filter is prepped and securely hand-tightened into place. Step 3: Resealing & Torquing Before anything else, the drain plug needs to go back in. The mechanic cleans the area, threads the plug by hand, and then uses a precision torque wrench to tighten the lugs on the wheels to exact factory specifications. No overtightening, no stripped threads—just perfect calibration. Step 4: The Fresh Refill With the underside completely sealed, the car is lowered. A clean funnel is placed into the engine bay, and fresh, golden oil is metered out and poured in. The oil cap is twisted back on securely. Step 5: Verification A quick turn of the ignition to let the new oil circulate through the engine, followed by a dipstick check. The mechanic pulls the dipstick, wipes it clean, inserts it again, and reads the level to confirm it is exactly where it needs to be. Step 6: The Showroom Finish We don’t just stop at the mechanical work. To wrap it all up perfectly, the engine bay gets a thorough pressure wash and detail, blowing away any dust or road grime. The hood is shut, and this Honda is officially ready to hit the road for thousands of trouble-free miles. Efficiency. Precision. Cleanliness. That’s how a job is done perfectly.

Chuckling Charlie

278,507 Aufrufe • vor 1 Monat

Mr Gadkari here’s the another example for you!! Sad to see a Defender being towed away! Having driven one, I can say these vehicles are extremely sensitive to fuel quality. Ethanol-blended fuel has only made things worse. Just like EVs suffer from poor charging infrastructure, premium fuel options like Speed and XP100 are almost non-existent in most hilly regions. Even before E20 fuel, Defenders would sometimes develop misfires and odd engine behavior on regular fuel; now the problem is even more noticeable. People spending ₹1.5 crore on a vehicle shouldn’t have to worry about whether the next fuel station will leave their car running properly or stranded on a flatbed. This is the result of poorly planned fuel policies introduced without ensuring proper infrastructure, fuel quality consistency, or real-world testing. Absolutely disappointing that a premium vehicle ends up being towed because the ecosystem around it isn’t ready! 😌

Mr Gadkari here’s the another example for you!! Sad to see a Defender being towed away! Having driven one, I can say these vehicles are extremely sensitive to fuel quality. Ethanol-blended fuel has only made things worse. Just like EVs suffer from poor charging infrastructure, premium fuel options like Speed and XP100 are almost non-existent in most hilly regions. Even before E20 fuel, Defenders would sometimes develop misfires and odd engine behavior on regular fuel; now the problem is even more noticeable. People spending ₹1.5 crore on a vehicle shouldn’t have to worry about whether the next fuel station will leave their car running properly or stranded on a flatbed. This is the result of poorly planned fuel policies introduced without ensuring proper infrastructure, fuel quality consistency, or real-world testing. Absolutely disappointing that a premium vehicle ends up being towed because the ecosystem around it isn’t ready! 😌

Rattan Dhillon

92,400 Aufrufe • vor 1 Monat

Shell in the Spotlight Again as More Motorists Blame Contaminated Fuel Sold at Their Stations for Engine Damage Fuel service stations operated under the Shell brand, which is managed by Vivo Energy Kenya, are once again on the spot after another frustrated motorist blamed poor-quality fuel for allegedly damaging his car engine. The incident reportedly happened just moments after the driver refueled at Shell Links Road in Mombasa when the vehicle began losing power on the way to Voi. Despite pushing forward, the problem worsened, and the car eventually stalled a few kilometres before Kitui, forcing the motorist to seek emergency mechanical assistance. A mechanic from Kitui ran a diagnostic test and found severe engine damage, including a completely worn-out piston, citing contaminated fuel as the likely cause of the problem. With no alternative, the motorist had the vehicle towed back to Mombasa and reported the matter to Vivo Energy Kenya. A representative from the company requested a fuel sample for testing at their laboratory. On Tuesday, they informed her that the sample had passed all tests. The motorist, dissatisfied with Vivo Energy’s response, instructed his mechanic to conduct a more thorough inspection of the engine to determine the extent of the damage. Upon dismantling the engine, the mechanic once again confirmed that one piston was completely worn out, an issue he attributed to contaminated fuel. According to the mechanic, the level of damage was consistent with prolonged exposure to poor-quality fuel, suggesting that the problem began soon after refueling. The motorist, convinced that bad fuel was responsible, claims to have gathered video evidence showing the fuel sample in a mixed and compromised state. She insists that the sample, which was taken directly from her vehicle, appeared discoloured and inconsistent with what is expected of high-grade V-Power petrol. Despite presenting this evidence, Vivo Energy reportedly maintained that their tests found no issues with the fuel. The motorist is now escalating the matter, determined to hold Vivo Energy accountable for the damage. She has shared video evidence, showing the contaminated fuel and is calling for independent testing to verify its quality. Frustrated by what she sees as the company’s unwillingness to take responsibility, she is considering legal action and has reached out to consumer rights groups for support. This case adds to growing complaints from Kenyan motorists about fuel quality, with recent independent tests exposing major discrepancies in octane levels at several stations. An automotive content creator Kim JH of Tanuki Garage recently went around Nairobi, purchasing fuel samples from different stations and conducting on-the-spot octane tests. The findings revealed that some premium fuels, including Shell V-Power, underperformed compared to standard fuels. For instance, Total Limuru Road recorded the highest performance with a PON of 92, while Shell V-Power scored lower, challenging the common perception of premium fuel superiority. His findings, shared widely on social media, sparked outrage, with motorists demanding accountability from fuel retailers. Following the viral exposé, oil marketers, including Vivo Energy rushed to dismiss the findings, arguing that independent tests lacked credibility and did not follow industry-approved procedures. Shell Kenya, through Vivo Energy, insisted that its fuel met regulatory standards, pointing to tests conducted by the Energy and Petroleum Regulatory Authority (EPRA). However, the issue has refused to die down as more motorists continue to report unusual engine problems after refueling from previously reputable stations. Meanwhile, consumer advocacy groups have joined the debate, urging EPRA to conduct random and independent fuel quality tests at petrol stations across the country. They argue that the current reliance on oil marketers’ internal tests is inadequate and fails to protect motorists from potentially damaging fuel. The controversy has also drawn the attention of lawmakers, with some calling for stricter oversight and stiffer penalties for companies found selling substandard fuel. For motorists like the one affected at Shell Links Road, the issue is not just about technical standards but about accountability and compensation for the damage suffered. "Hi Nyakundi. I am Here to seek your intervention I fueled at shell links road ,vpower on Saturday, by the time I reached voi my car lost power I kept going but got worse as I moved. A few kms before kitui,the car stalled...I called a mechanic from kitui who came with a diagnosis machine and from what he said,I had put bad fuel. I towed the car back to msa. I reported to vivo. A guy from vivo by the name Brian mbaabu called and asked me to take the fuel for tests in their lab. He then called yesterday, on Tues and said that the sample passed all tests.... I asked my mechanic to open up the engine and to our surprise one piston is totally worn out an indication of bad fuel I will attach all I have including videos as I got the sample and it's all mixed up"

Cyprian, Is Nyakundi

54,204 Aufrufe • vor 1 Jahr

The fuel collapse in russia is now so complete that their refineries are deliberately dumping Euro-2 and Euro-3 gasoline on the domestic market. For anyone who missed chemistry class, that means sulfur content 15 to 50 times higher than the Euro-5 standard every modern engine is built for. This is not an accident. It is a conscious choice by russian companies to poison their own car fleet rather than admit the sanctions and our strikes have broken their supply chain. Mechanics in moscovia are already posting about the sudden rush of blown engines, catalytic converters melted from the inside, fuel pumps shredded. The "grateful" reviews from ordinary drivers are about to flood their own internet, and every one of them should be screenshotted and sent back to the kremlin with a simple caption: this is what your imperial war looks like when it reaches your garage. This is the same regime that tells its people they are winning while feeding them literal poison to keep the tanks rolling. Every extra ton of this garbage fuel burned in russia is another small proof that their economy is cannibalizing itself to sustain losses on Ukrainian soil. They cannot import enough high-quality components, they cannot refine what they pump, and instead of fixing the problem they simply lower the standard and hope the cars explode quietly. Meanwhile Ukraine keeps grinding their logistics, hitting refineries, storage tanks, and rail hubs with increasing precision. By the end of 2026 our mid-range strike capability will be two to five times what it is now. Their operational-level supply lines will be burning faster than they can rebuild them. No amount of diluted gasoline or desperate mobilization waves changes that math. Throwing more bodies at the front only accelerates the body count; even their own z-bloggers admit it changes nothing except the speed at which russian mothers bury their sons. This is not sustainable for them. It is not a sign of strength. It is the slow-motion collapse of a petro-state that chose empire over functioning society. Every driver whose engine dies because of this toxic sludge should understand exactly who sacrificed his car for putin's ego. The war does not stop because someone in Washington or Brussels whispers the word "negotiations." It stops when moscovia is militarily defeated, when its ability to project power is broken, when the imperial project itself is dismantled into something that can no longer threaten its neighbors. We told you this would happen. The fuel collapse was predictable. The engine failures were predictable. The kremlin's willingness to poison its own population to keep the meat grinder fed was the most predictable part of all. Keep striking. Keep isolating their economy. Keep exposing every lie they sell to their own people. The bill always comes due, and this time it is arriving in the form of ruined engines and furious drivers who finally cannot drive away from the truth.

The fuel collapse in russia is now so complete that their refineries are deliberately dumping Euro-2 and Euro-3 gasoline on the domestic market. For anyone who missed chemistry class, that means sulfur content 15 to 50 times higher than the Euro-5 standard every modern engine is built for. This is not an accident. It is a conscious choice by russian companies to poison their own car fleet rather than admit the sanctions and our strikes have broken their supply chain. Mechanics in moscovia are already posting about the sudden rush of blown engines, catalytic converters melted from the inside, fuel pumps shredded. The "grateful" reviews from ordinary drivers are about to flood their own internet, and every one of them should be screenshotted and sent back to the kremlin with a simple caption: this is what your imperial war looks like when it reaches your garage. This is the same regime that tells its people they are winning while feeding them literal poison to keep the tanks rolling. Every extra ton of this garbage fuel burned in russia is another small proof that their economy is cannibalizing itself to sustain losses on Ukrainian soil. They cannot import enough high-quality components, they cannot refine what they pump, and instead of fixing the problem they simply lower the standard and hope the cars explode quietly. Meanwhile Ukraine keeps grinding their logistics, hitting refineries, storage tanks, and rail hubs with increasing precision. By the end of 2026 our mid-range strike capability will be two to five times what it is now. Their operational-level supply lines will be burning faster than they can rebuild them. No amount of diluted gasoline or desperate mobilization waves changes that math. Throwing more bodies at the front only accelerates the body count; even their own z-bloggers admit it changes nothing except the speed at which russian mothers bury their sons. This is not sustainable for them. It is not a sign of strength. It is the slow-motion collapse of a petro-state that chose empire over functioning society. Every driver whose engine dies because of this toxic sludge should understand exactly who sacrificed his car for putin's ego. The war does not stop because someone in Washington or Brussels whispers the word "negotiations." It stops when moscovia is militarily defeated, when its ability to project power is broken, when the imperial project itself is dismantled into something that can no longer threaten its neighbors. We told you this would happen. The fuel collapse was predictable. The engine failures were predictable. The kremlin's willingness to poison its own population to keep the meat grinder fed was the most predictable part of all. Keep striking. Keep isolating their economy. Keep exposing every lie they sell to their own people. The bill always comes due, and this time it is arriving in the form of ruined engines and furious drivers who finally cannot drive away from the truth.

medoyid_ua

53,541 Aufrufe • vor 29 Tagen

French beauty 1939 Delahaye Type 165 Cabriolet Coachwork by Figoni & Falaschi - Delahaye only built six 12-cylinder Type 165 models in the late 1930s, as production variants of the successful Type 145 competition car. This stunning Figoni et Falaschi-bodied cabriolet was built to represent France at the 1939 New York World’s Fair, an exposition promoted with the slogan “Dawn of a New Day”. While the engine was not completed in time for its display, the modernity and sublime beauty of this car’s flowing styling drew throngs of admirers from the press and public alike. Emile Delahaye was born in Tours, France in 1843. He studied engineering in Angers, France. In 1869 he began work with his engineering degree in applied arts and crafts. Emile Delahaye began business in Tours, France in the middle of 19th Century for the purpose of constructing engines for the ceramic industry. The company branched out and began constructing mechanical appliances such as pumps and engines. In 1888, Delahaye designed an internal combustion engine for the shipping industry. It was not until 1896 that Automobile production began for Delahaye. His first automobiles produced were powered by belt-driven single and twin cylinder engines. Emile used motor racing to promote his vehicles. In 1896, Emile Delahaye entered the Paris-Marseilles race. Not only did he enter a vehicle his company had created, but he entered as the driver. The results were astounding, which truly speaks highly of the caliber and quality of the automobile. The demand for the vehicles began pouring-in and a second factory was opened. After the racing success of its Type 145, Delahaye created the production version, the 12-cylinder Type 165. Two Type 165s were built, and the first was shown in October 1939 at the Paris Auto Salon, the last salon before the war. The second 165 – this cabriolet, with body by Figoni and Falaschi, was so emblematic of 1930s French design that it represented the nation at the 1939 New York World’s Fair. Shipped without an engine because it could not be built in time for the show, an engine sheel, without internals was used instead. The engine-less body was impounded by US Customs when Europe became embroiled in WWII. With Europe engulfed by war by the World’s Fair’s close in 1940, the U.S. Custom’s impounded the Delahaye in New York for the duration of the conflicts. In 1946 Beverly Hills car dealer Roger Barlow purchased the car at public auction, and later that year the Type 165 was fitted with a tuned Cadillac engine. Following his death, it was abandoned by his widow in the 1970s and sold to a tow-truck driver for $1200. After three decades of trading hands at a public auction and receiving a Cadillac engine, it eventually wound up at a used car lot in Honolulu until it was bought by a US military serviceman. It took four years of negotiation, but Peter Mullin and Jim Hull eventually purchased the car in 1985 and spearheaded its restoration. The original engine sheel was tracked back to Count Hubertus von Doenhoff and bought. New engine internals were created from original drawings to finally give the 165 the fully-working engine it was intended to have. This car is now owned by Peter and Merle Mullin and the Peter Mullin Automotive Museum Foundation, where is its displayed in Oxnard, California. © Cars & Motorbikes Stars of the Golden Era #archaeohistories

French beauty 1939 Delahaye Type 165 Cabriolet Coachwork by Figoni & Falaschi - Delahaye only built six 12-cylinder Type 165 models in the late 1930s, as production variants of the successful Type 145 competition car. This stunning Figoni et Falaschi-bodied cabriolet was built to represent France at the 1939 New York World’s Fair, an exposition promoted with the slogan “Dawn of a New Day”. While the engine was not completed in time for its display, the modernity and sublime beauty of this car’s flowing styling drew throngs of admirers from the press and public alike. Emile Delahaye was born in Tours, France in 1843. He studied engineering in Angers, France. In 1869 he began work with his engineering degree in applied arts and crafts. Emile Delahaye began business in Tours, France in the middle of 19th Century for the purpose of constructing engines for the ceramic industry. The company branched out and began constructing mechanical appliances such as pumps and engines. In 1888, Delahaye designed an internal combustion engine for the shipping industry. It was not until 1896 that Automobile production began for Delahaye. His first automobiles produced were powered by belt-driven single and twin cylinder engines. Emile used motor racing to promote his vehicles. In 1896, Emile Delahaye entered the Paris-Marseilles race. Not only did he enter a vehicle his company had created, but he entered as the driver. The results were astounding, which truly speaks highly of the caliber and quality of the automobile. The demand for the vehicles began pouring-in and a second factory was opened. After the racing success of its Type 145, Delahaye created the production version, the 12-cylinder Type 165. Two Type 165s were built, and the first was shown in October 1939 at the Paris Auto Salon, the last salon before the war. The second 165 – this cabriolet, with body by Figoni and Falaschi, was so emblematic of 1930s French design that it represented the nation at the 1939 New York World’s Fair. Shipped without an engine because it could not be built in time for the show, an engine sheel, without internals was used instead. The engine-less body was impounded by US Customs when Europe became embroiled in WWII. With Europe engulfed by war by the World’s Fair’s close in 1940, the U.S. Custom’s impounded the Delahaye in New York for the duration of the conflicts. In 1946 Beverly Hills car dealer Roger Barlow purchased the car at public auction, and later that year the Type 165 was fitted with a tuned Cadillac engine. Following his death, it was abandoned by his widow in the 1970s and sold to a tow-truck driver for $1200. After three decades of trading hands at a public auction and receiving a Cadillac engine, it eventually wound up at a used car lot in Honolulu until it was bought by a US military serviceman. It took four years of negotiation, but Peter Mullin and Jim Hull eventually purchased the car in 1985 and spearheaded its restoration. The original engine sheel was tracked back to Count Hubertus von Doenhoff and bought. New engine internals were created from original drawings to finally give the 165 the fully-working engine it was intended to have. This car is now owned by Peter and Merle Mullin and the Peter Mullin Automotive Museum Foundation, where is its displayed in Oxnard, California. © Cars & Motorbikes Stars of the Golden Era #archaeohistories

Archaeo - Histories

17,557 Aufrufe • vor 1 Monat

🇬🇧 Lotus 102C Isuzu V12 Test In 1991, Team Lotus secretly tested an experimental V12 Formula One engine developed by Isuzu. This project, which remains a fascinating "what-if" in motorsport history, centered on the Isuzu P799WE engine. The Engine (P799WE): A 75-degree, naturally aspirated 3.5-liter V12 designed by a small, four-person team at Isuzu. It was impressively powerful, producing between 640 and 765 bhp depending on the stage of development, which was competitive with the top engines of the era. The Chassis (Lotus 102C): To test the engine, Lotus modified its 102B chassis to accommodate the V12, renaming the resulting car the Lotus 102C. The Test: The car underwent system checks at the Hethel test track in late July and early August 1991. The primary on-track evaluation took place at Silverstone in early August 1991, with drivers Johnny Herbert and Mika Häkkinen conducting the tests. Performance: During the Silverstone test, the car was reportedly around six seconds off the pace of Ayrton Senna’s McLaren-Honda. Several factors contributed to this: the engine lacked an alternator (requiring heavy onboard batteries), the chassis was not optimized for the new V12, and the car was not running on specialized racing fuel or tires. Reliability: Despite the gap in lap times, the engine proved remarkably reliable during testing and was considered easy to work with by the Lotus mechanics. Economic Collapse: The project coincided with the collapse of the Japanese asset price bubble. This economic instability, combined with Isuzu witnessing the struggles of other Japanese manufacturers (like Yamaha and Subaru) in F1, led them to cancel their entry into the sport. Isuzu eventually displayed the P799WE engine in a concept vehicle called the Isuzu Como F1, a radical mid-engine pickup truck unveiled at the 1991 Tokyo Motor Show. While the F1 program never materialized, the P799WE remains a symbol of Isuzu's ambitious engineering capabilities during that era. Today, one of the few surviving examples of the engine is kept at the Tamiya headquarters and the Isuzu Plaza museum. 🎥 Formula 1 #cars #japan #Isuzu #lotus

🇬🇧 Lotus 102C Isuzu V12 Test In 1991, Team Lotus secretly tested an experimental V12 Formula One engine developed by Isuzu. This project, which remains a fascinating "what-if" in motorsport history, centered on the Isuzu P799WE engine. The Engine (P799WE): A 75-degree, naturally aspirated 3.5-liter V12 designed by a small, four-person team at Isuzu. It was impressively powerful, producing between 640 and 765 bhp depending on the stage of development, which was competitive with the top engines of the era. The Chassis (Lotus 102C): To test the engine, Lotus modified its 102B chassis to accommodate the V12, renaming the resulting car the Lotus 102C. The Test: The car underwent system checks at the Hethel test track in late July and early August 1991. The primary on-track evaluation took place at Silverstone in early August 1991, with drivers Johnny Herbert and Mika Häkkinen conducting the tests. Performance: During the Silverstone test, the car was reportedly around six seconds off the pace of Ayrton Senna’s McLaren-Honda. Several factors contributed to this: the engine lacked an alternator (requiring heavy onboard batteries), the chassis was not optimized for the new V12, and the car was not running on specialized racing fuel or tires. Reliability: Despite the gap in lap times, the engine proved remarkably reliable during testing and was considered easy to work with by the Lotus mechanics. Economic Collapse: The project coincided with the collapse of the Japanese asset price bubble. This economic instability, combined with Isuzu witnessing the struggles of other Japanese manufacturers (like Yamaha and Subaru) in F1, led them to cancel their entry into the sport. Isuzu eventually displayed the P799WE engine in a concept vehicle called the Isuzu Como F1, a radical mid-engine pickup truck unveiled at the 1991 Tokyo Motor Show. While the F1 program never materialized, the P799WE remains a symbol of Isuzu's ambitious engineering capabilities during that era. Today, one of the few surviving examples of the engine is kept at the Tamiya headquarters and the Isuzu Plaza museum. 🎥 Formula 1 #cars #japan #Isuzu #lotus

WRCPAST

674,367 Aufrufe • vor 1 Monat

BREAKING: Trump just said Iran deal is close. Oil is about to plummet. Let's talk about what that actually means for your portfolio. > Hormuz opens. Oil crashes below $90. > Oil crashes. Inflation drops faster than any Fed model predicted. > Inflation drops. Warsh has no choice but to cut rates. This is the most bullish chain reaction in modern financial history. Sitting behind one deal. One signature. One moment. And now Trump says oil is about to crash. Every single domino is lined up. The people who are positioned before this happens. Will never have to work again. The people who wait for confirmation. Will spend the rest of their lives explaining why they missed it. Are you positioned. Because the deal is coming. And when it lands. Everything moves at once.

BREAKING: Trump just said Iran deal is close. Oil is about to plummet. Let's talk about what that actually means for your portfolio. > Hormuz opens. Oil crashes below $90. > Oil crashes. Inflation drops faster than any Fed model predicted. > Inflation drops. Warsh has no choice but to cut rates. This is the most bullish chain reaction in modern financial history. Sitting behind one deal. One signature. One moment. And now Trump says oil is about to crash. Every single domino is lined up. The people who are positioned before this happens. Will never have to work again. The people who wait for confirmation. Will spend the rest of their lives explaining why they missed it. Are you positioned. Because the deal is coming. And when it lands. Everything moves at once.

Crypto Tice

110,764 Aufrufe • vor 2 Monaten

2 days ago, I was in Qatar. We were driving on a long desert road, and on both sides I saw oil fields so vast they looked endless. I asked a simple question: “How is all this protected?” My customer next to me driving said, very calmly: “You cannot protect everything.” Then he added, “Since Iran cannot hit America, they will hit here - Qatar, UAE, Kuwait & Bahrain. They will aim for the oil.” I stayed quiet after that. Because oil is not just oil. Oil is power. Oil is money. It runs the world. If oil stops, prices go up. Flights stop. Ships change routes. Food and fuel cost more. And the people who suffer first are not politicians. It’s the worker sending money home. The driver filling his tank. The family already struggling with bills. Today when I started seeing news of strikes. That’s when it really hit me. War today is not just on borders. It moves through energy, trade and jobs. One missile in the desert can change the price of your morning fuel. That’s how fragile this world really is. Praying for peace.

2 days ago, I was in Qatar. We were driving on a long desert road, and on both sides I saw oil fields so vast they looked endless. I asked a simple question: “How is all this protected?” My customer next to me driving said, very calmly: “You cannot protect everything.” Then he added, “Since Iran cannot hit America, they will hit here - Qatar, UAE, Kuwait & Bahrain. They will aim for the oil.” I stayed quiet after that. Because oil is not just oil. Oil is power. Oil is money. It runs the world. If oil stops, prices go up. Flights stop. Ships change routes. Food and fuel cost more. And the people who suffer first are not politicians. It’s the worker sending money home. The driver filling his tank. The family already struggling with bills. Today when I started seeing news of strikes. That’s when it really hit me. War today is not just on borders. It moves through energy, trade and jobs. One missile in the desert can change the price of your morning fuel. That’s how fragile this world really is. Praying for peace.

Prakash Dadlani

131,337 Aufrufe • vor 5 Monaten

This man demonstrates how to displace ethanol from blended gasoline using water to protect older engines. Key effects on older engines: ⏺️ Degrades fuel system components: Ethanol attacks and swells/cracks rubber hoses, gaskets, O-rings, seals, and carburetor parts (like diaphragms and floats) made from non-compatible materials. This leads to leaks, fuel delivery problems, and eventual failures. It can also dissolve old varnish/deposits, which then clog filters, jets, and lines. ⏺️ Causes corrosion and rust: By pulling in moisture, it promotes rust in metal fuel tanks, lines, and pumps. If water mixes in, it can trigger phase separation—where the fuel splits into gasoline and an ethanol-water layer that sinks to the bottom, leading to misfires, stalling, or engine damage when that layer gets sucked in. ⏺️ Reduces performance and efficiency: Ethanol has about 30% less energy per gallon, so you get worse fuel mileage (typically 2-5% drop) and sometimes rough idling, hesitation, or slight power loss. Older engines without modern sensors may run leaner, raising combustion temperatures. ⏺️ Worse with storage or infrequent use: Fuel with ethanol degrades faster (weeks to months), exacerbating all the above issues in stored classics, seasonal equipment, or rarely driven vehicles. news.eng

This man demonstrates how to displace ethanol from blended gasoline using water to protect older engines. Key effects on older engines: ⏺️ Degrades fuel system components: Ethanol attacks and swells/cracks rubber hoses, gaskets, O-rings, seals, and carburetor parts (like diaphragms and floats) made from non-compatible materials. This leads to leaks, fuel delivery problems, and eventual failures. It can also dissolve old varnish/deposits, which then clog filters, jets, and lines. ⏺️ Causes corrosion and rust: By pulling in moisture, it promotes rust in metal fuel tanks, lines, and pumps. If water mixes in, it can trigger phase separation—where the fuel splits into gasoline and an ethanol-water layer that sinks to the bottom, leading to misfires, stalling, or engine damage when that layer gets sucked in. ⏺️ Reduces performance and efficiency: Ethanol has about 30% less energy per gallon, so you get worse fuel mileage (typically 2-5% drop) and sometimes rough idling, hesitation, or slight power loss. Older engines without modern sensors may run leaner, raising combustion temperatures. ⏺️ Worse with storage or infrequent use: Fuel with ethanol degrades faster (weeks to months), exacerbating all the above issues in stored classics, seasonal equipment, or rarely driven vehicles. news.eng

ℳ𝒜𝒢𝒜_𝒳_𝒯𝒾𝓂𝑒𝓈 𝒟𝒶𝒾𝓁𝓎 𝒩𝑒𝓌𝓈🇺🇸

100,299 Aufrufe • vor 2 Monaten

Your comfort is aging you. And your biology can prove it. Dr. David Sinclair put it plainly: "People who exercise and eat less have a slower-ticking clock. It's a fact." The longevity genes in your body only activate when your cells perceive adversity. Hunger. Exertion. Cold. The moment your cells sense abundance, they stand down. Defenses off. The clock runs faster. Modern life engineered away every signal the body evolved to receive. Always fed. Always warm. Always sitting. The body was never designed to be comfortable. It was designed to be resilient. And resilience requires pressure to stay active. Skip a meal. Push the muscle. Let the cold in. Every one of those signals tells your cells to tighten up, repair, defend. Without them, the machinery idles. And idle machinery rusts. The uncomfortable truth is that the things most people optimize their lives to avoid are the exact inputs their biology is waiting for. Follow Goku for more on the science of living longer, explained plainly.

Your comfort is aging you. And your biology can prove it. Dr. David Sinclair put it plainly: "People who exercise and eat less have a slower-ticking clock. It's a fact." The longevity genes in your body only activate when your cells perceive adversity. Hunger. Exertion. Cold. The moment your cells sense abundance, they stand down. Defenses off. The clock runs faster. Modern life engineered away every signal the body evolved to receive. Always fed. Always warm. Always sitting. The body was never designed to be comfortable. It was designed to be resilient. And resilience requires pressure to stay active. Skip a meal. Push the muscle. Let the cold in. Every one of those signals tells your cells to tighten up, repair, defend. Without them, the machinery idles. And idle machinery rusts. The uncomfortable truth is that the things most people optimize their lives to avoid are the exact inputs their biology is waiting for. Follow Goku for more on the science of living longer, explained plainly.

Goku

54,219 Aufrufe • vor 4 Monaten

$Two British men built the machine that changed the world. 🇬🇧⚙️ An ironmonger. And a plumber. You've never heard of either of them. 1690s. Britain's mines were drowning. The deeper they went, the more they flooded. Men drowned in those tunnels. Children hauled water out by hand. Bucket by bucket. When the water won, the mine closed. And the village starved. Thomas Newcomen. Ironmonger. Dartmouth, Devon. John Calley. Plumber and glazier. Both Baptists. Both barred from the universities. Both outsiders. One knew metal. The other knew water. They worked for a decade. With their own money. No patron. No institution. Just a forge, a bench, and an idea. For years, it wouldn't work. Then cold water leaked through a crack. The steam condensed instantly. The engine fired. The flaw was the answer. 1712. A coal mine near Dudley Castle. They built their engine at the pit head. Twelve strokes a minute. Ten gallons a stroke. Not horses. Not children. A machine. But they couldn't patent it. Thomas Savery already held the rights — to every engine that raised water by fire. Even machines he never built. Calley died in Holland. 1725. Far from home. Still working on their engine. Newcomen died in London. 1729. His grave is lost. Decades later, a young man was asked to fix a model of their engine. While fixing it, he saw how to improve it. His name was James Watt. You've heard of him. But without them, there is no engine for Watt to fix. No Industrial Revolution. No modern world. Every factory. Every railway. Every power station. British men. An ironmonger. And a plumber. And that's only a fraction of what we have done for the world. 🇬🇧 Names like theirs are buried everywhere. We dig them out. No sponsors. No algorithms. Just a community that believes its true history matters. Our community makes that happen 👉 Be part of us.🙏 Be Proud Of Us. 🇬🇧$

Two British men built the machine that changed the world. 🇬🇧⚙️ An ironmonger. And a plumber. You've never heard of either of them. 1690s. Britain's mines were drowning. The deeper they went, the more they flooded. Men drowned in those tunnels. Children hauled water out by hand. Bucket by bucket. When the water won, the mine closed. And the village starved. Thomas Newcomen. Ironmonger. Dartmouth, Devon. John Calley. Plumber and glazier. Both Baptists. Both barred from the universities. Both outsiders. One knew metal. The other knew water. They worked for a decade. With their own money. No patron. No institution. Just a forge, a bench, and an idea. For years, it wouldn't work. Then cold water leaked through a crack. The steam condensed instantly. The engine fired. The flaw was the answer. 1712. A coal mine near Dudley Castle. They built their engine at the pit head. Twelve strokes a minute. Ten gallons a stroke. Not horses. Not children. A machine. But they couldn't patent it. Thomas Savery already held the rights — to every engine that raised water by fire. Even machines he never built. Calley died in Holland. 1725. Far from home. Still working on their engine. Newcomen died in London. 1729. His grave is lost. Decades later, a young man was asked to fix a model of their engine. While fixing it, he saw how to improve it. His name was James Watt. You've heard of him. But without them, there is no engine for Watt to fix. No Industrial Revolution. No modern world. Every factory. Every railway. Every power station. British men. An ironmonger. And a plumber. And that's only a fraction of what we have done for the world. 🇬🇧 Names like theirs are buried everywhere. We dig them out. No sponsors. No algorithms. Just a community that believes its true history matters. Our community makes that happen 👉 Be part of us.🙏 Be Proud Of Us. 🇬🇧

Proudofus.uk

25,446 Aufrufe • vor 4 Monaten

Japan made a move that should terrify every retail investor paying attention. They just dumped $66 billion of US bonds in a single month. For years, Japan was the engine driving your portfolio higher. They bought our debt without question, and that money flowed into American stocks, real estate, and tech. Your 401k and investment account grew year after year because of this. But here’s what bothers me: That engine is starting to run the other way. As Japan sells more Treasuries, the US needs new buyers. And the only way to attract them is with higher interest rates. That’s a slow poison for your portfolio. They put pressure on stock valuations, mortgages, business investment, and borrowing costs across the economy. Everything gets more expensive. The stuff you own becomes less valuable. Same force that pushed markets higher is about to drag them down. And most people won't realize it until it's showing up in their portfolio.

Japan made a move that should terrify every retail investor paying attention. They just dumped $66 billion of US bonds in a single month. For years, Japan was the engine driving your portfolio higher. They bought our debt without question, and that money flowed into American stocks, real estate, and tech. Your 401k and investment account grew year after year because of this. But here’s what bothers me: That engine is starting to run the other way. As Japan sells more Treasuries, the US needs new buyers. And the only way to attract them is with higher interest rates. That’s a slow poison for your portfolio. They put pressure on stock valuations, mortgages, business investment, and borrowing costs across the economy. Everything gets more expensive. The stuff you own becomes less valuable. Same force that pushed markets higher is about to drag them down. And most people won't realize it until it's showing up in their portfolio.

Felix Prehn 🐶

54,838 Aufrufe • vor 2 Tagen

Trump just took America one step further towards REAL freedom. For years, the EPA has decided, "for your own good," that it must reduce emissions on diesel trucks, even if their method of doing so will limit your truck to going only FIVE mph when it gets too cold. And if you try to remove that limit, they'll ARREST you in an armed raid. Trump just pardoned a group of mechanics who committed that crime of daring to think THEY owned the trucks they purchased. Imagine you're on a dark northern road. It's 30 below and your EPA-mandated DEF system fails due to the cold. Your truck then drops to 5 mph. The engine is fine, but a federal climate sensor failed, so you're no longer permitted to drive your own vehicle at a speed that would keep you alive. When local mechanics stepped up to keep rigs running safely in subzero blizzards in Alaska four years ago, 30 ARMED EPA agents ran a tactical raid on the veteran-owned shop over engine modifications. This forces a basic question: When you hand over your hard-earned money, who actually owns that property? Because if they can lock your hood and strand you in a blizzard, you don't own that truck. You're just making the payments while they keep the keys. Thank you, President Trump, for righting this grave injustice and once again reducing the power of the weaponized bureaucracy.

Trump just took America one step further towards REAL freedom. For years, the EPA has decided, "for your own good," that it must reduce emissions on diesel trucks, even if their method of doing so will limit your truck to going only FIVE mph when it gets too cold. And if you try to remove that limit, they'll ARREST you in an armed raid. Trump just pardoned a group of mechanics who committed that crime of daring to think THEY owned the trucks they purchased. Imagine you're on a dark northern road. It's 30 below and your EPA-mandated DEF system fails due to the cold. Your truck then drops to 5 mph. The engine is fine, but a federal climate sensor failed, so you're no longer permitted to drive your own vehicle at a speed that would keep you alive. When local mechanics stepped up to keep rigs running safely in subzero blizzards in Alaska four years ago, 30 ARMED EPA agents ran a tactical raid on the veteran-owned shop over engine modifications. This forces a basic question: When you hand over your hard-earned money, who actually owns that property? Because if they can lock your hood and strand you in a blizzard, you don't own that truck. You're just making the payments while they keep the keys. Thank you, President Trump, for righting this grave injustice and once again reducing the power of the weaponized bureaucracy.

Glenn Beck

391,577 Aufrufe • vor 27 Tagen

#WATCH | Delhi: As Aircraft Accident Investigation Bureau (AAIB) releases its preliminary report on the Air India plane crash, Commercial Pilot & BJP Leader Rajiv Pratap Rudy says, "It's a preliminary report. In the first stage report, the government is coming out with the facts of what happened inside the aircraft. The facts are there that the aircraft ran up to a speed that is required for takeoff, which is called the rotation speed. It lifted from the ground. It went up to the speed of 180 knots, which is a good acceleration speed. And possibly after that, technically, 2 or 3 things have happened. One is the deployment of RAT, which has happened, and the second is that the APU, auxiliary power unit, has started operations. This automatically happens in an aircraft when there is a twin-engine failure. So this, as indicated in the report, has happened, and both the initial stages of APU have started, and the RAT has deployed, so it indicates the engine failure has taken... When you start losing the aircraft, the pilot monitoring the situation immediately puts the fuel switch control off and on. After the crash, both switches were found on..."

#WATCH | Delhi: As Aircraft Accident Investigation Bureau (AAIB) releases its preliminary report on the Air India plane crash, Commercial Pilot & BJP Leader Rajiv Pratap Rudy says, "It's a preliminary report. In the first stage report, the government is coming out with the facts of what happened inside the aircraft. The facts are there that the aircraft ran up to a speed that is required for takeoff, which is called the rotation speed. It lifted from the ground. It went up to the speed of 180 knots, which is a good acceleration speed. And possibly after that, technically, 2 or 3 things have happened. One is the deployment of RAT, which has happened, and the second is that the APU, auxiliary power unit, has started operations. This automatically happens in an aircraft when there is a twin-engine failure. So this, as indicated in the report, has happened, and both the initial stages of APU have started, and the RAT has deployed, so it indicates the engine failure has taken... When you start losing the aircraft, the pilot monitoring the situation immediately puts the fuel switch control off and on. After the crash, both switches were found on..."

ANI

11,523 Aufrufe • vor 1 Jahr

The notion that all new cars suck sort of gets debunked the second the Lexus LFA gets mentioned. One of the only supercars where Lexus did not compensate by making it a hybrid or a twin turbo six cylinder. What Toyota did instead was build an absolute masterpiece, from an engine that is extremely impressive considering it is a V10 that weighs like a V6 and is as compact as a V8, to an exterior package that is truly beautiful for a supercar without going over the top. Seeing this car for the first time at ModaMiami was amazing because of how much it stood apart next to all the fancy Koenigsegg, Czinger 21C, and Bugatti builds, not because it was wilder but because the styling and the lines are truly understated in a beautiful way. The Lexus LFA is powered by a 4.8 liter naturally aspirated V10 developed with Yamaha, producing 552 horsepower and revving to 9,000 rpm so quickly it required a digital tachometer. It accelerates from 0 to 60 mph in around 3.7 seconds, reaches a top speed of 202 mph, and the Nürburgring Package set a 7 minute 14 second lap at the Nordschleife. Only 500 were built, featuring a carbon fiber body and one of the most legendary engine sounds ever put in a production car.

The notion that all new cars suck sort of gets debunked the second the Lexus LFA gets mentioned. One of the only supercars where Lexus did not compensate by making it a hybrid or a twin turbo six cylinder. What Toyota did instead was build an absolute masterpiece, from an engine that is extremely impressive considering it is a V10 that weighs like a V6 and is as compact as a V8, to an exterior package that is truly beautiful for a supercar without going over the top. Seeing this car for the first time at ModaMiami was amazing because of how much it stood apart next to all the fancy Koenigsegg, Czinger 21C, and Bugatti builds, not because it was wilder but because the styling and the lines are truly understated in a beautiful way. The Lexus LFA is powered by a 4.8 liter naturally aspirated V10 developed with Yamaha, producing 552 horsepower and revving to 9,000 rpm so quickly it required a digital tachometer. It accelerates from 0 to 60 mph in around 3.7 seconds, reaches a top speed of 202 mph, and the Nürburgring Package set a 7 minute 14 second lap at the Nordschleife. Only 500 were built, featuring a carbon fiber body and one of the most legendary engine sounds ever put in a production car.

PATINA RESEARCH

59,551 Aufrufe • vor 5 Monaten