3.9M
XRFlight JET Engine power test #engine #bldc #motor #shortsvideo #schoolproject
@xr_creation_2.0
#Jet Engine Performance Optimization
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(12)
81.7K
NBJet engines generate immense thrust by compressing air, mixing it with fuel, and igniting it in a high-temperature combustion chamber. The result is a high-speed stream of hot exhaust gases expelled out the back, propelling the engine—and anything attached to it—forward at incredible speeds. Temperatures inside a jet engine can easily exceed 1,000°C, hot enough to melt solid gold in seconds. These machines don’t just move aircraft—they unleash controlled explosions at thousands of revolutions per minute, producing a continuous, high-force blast of heat and velocity. This is precision engineering designed to harness chaos, and the power it delivers is nothing short of extreme.
#explore #jetengine #fighterjet #f16 #innovation #invention #experiment #viral #rocket #teslacoil #spacex #reelinstagram
@nbalance.io
19.9K
THJet engines may look similar from the outside, but the way they move air inside defines how fast, how far, and how efficiently an aircraft can fly.
A turbojet engine works by drawing in air, compressing it, mixing it with fuel, and expelling all of it through a narrow exhaust nozzle at extremely high velocity to produce thrust. Because every bit of air passes through the hot core, turbojets generate very strong thrust at high speeds, making them ideal for supersonic military aircraft. However, this design comes with major drawbacks: the exhaust jet is extremely noisy, fuel consumption is high, and efficiency drops sharply at subsonic speeds. In contrast, a turbofan engine uses a large fan at the front to split the airflow into two streams—one goes through the engine core like a turbojet, while a significant portion bypasses the core and flows around it. This bypass air produces most of the thrust at a lower exhaust velocity, which greatly improves fuel efficiency, reduces noise, and enhances performance during takeoff and cruise at subsonic speeds. As a result, turbofans dominate commercial aviation, where efficiency, range, and passenger comfort are critical. In essence, turbojets prioritize raw speed, while turbofans are engineered for economical, quieter, and long-duration flight.
#aviation #aerospace #instagram #avgeek #aircraft #airplane #instagood #boeing #airbus #nasa #turbojet #turbofan
@the_aviati0n_engineer
1.1M
VEHow does a jet engine work?
Written by @emilia.gyles, @casper_mebius and Derek Muller
Directed and produced by @emilia.gyles
Hosted by Derek Muller and @henry.vandyck
#science #veritasium #physics #engineering #jet jetengine rollsroyce planes
@veritasium_daily
4.2M
WAI didn't know a pulsejet engine was this loud, it was almost unbelievable.
I unbox and start up one of the two pulse jet engines that I got from Stirling kit, Now I remember why I used jet engines on my channel instead of pulsejet engines...lol.
Let me know when you think in the comments about how loud this thing is It makes about 5 lb of thrust.
#engineering #engine #jet #warped #rcengine #rc
@warped.ig
33.5M
DJI am a trained professional
@djkrell
55.9K
NOGuess which aircraft engine this is 👀
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Devinez de quel moteur d'appareil il s'agit 👀
#Nolinor #NolinorAviation #Aviation #B737 #Engine #GuessTheEngine #AircraftEngine #AviationPorn #Avgeek
@nolinor_aviation
32.0K
TEInside a Jet Engine: The Engineering Powering Every Safe Flight
Modern aircraft engines are among the most advanced machines ever built. This reel captures the incredible engineering inside a commercial jet engine — the system responsible for producing massive thrust while maintaining extreme safety and reliability standards.
From high-bypass turbofan architecture to precision turbine blades engineered to withstand extreme temperatures, every component is optimized for performance, fuel efficiency, and durability. These engines operate under intense pressure and heat, yet are designed with redundant safety systems and rigorous inspection protocols to ensure safe global air travel.
Aviation engineering combines aerodynamics, thermodynamics, materials science, and advanced manufacturing to create engines capable of powering thousands of flights daily. What looks like a simple cylinder from the outside is actually a highly sophisticated propulsion system built for reliability at 35,000 feet.
This is the technology that powers modern aviation.
jet engine engineering
airplane engine inside
turbofan engine
aircraft propulsion system
aviation engineering
how jet engines work
high bypass turbofan
aircraft turbine blades
aerospace technology
modern aircraft engine
aviation safety systems
commercial aircraft engine
#JetEngine
#AviationEngineering
#Aerospace
#HowItWorks
#Aircraft
@techorginals
562.1K
T..
How does the jet engine ( Gas turbine engine) work ?
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اساس کار یه موتور جت ( از نوع توربین گازی ) در این کلیپ به وضوح نشون داده شده .
هوا از طریق کمپرسور به درون موتور مکش میشه و حین پیشروی در طبقات کمپرسور از سرعت هوا کاسته شده و به فشار و درجه حرارتش اضافه میشه و در محفظه احتراق سوخت بهش اضافه میشه و اونجا سوخته میشه و تولید گازهای داغ می کنه .این گازهای داغ هم وارد بخش توربین میشن و توربین شروع به چرخش میکنه .
تا اینجا هیچ نیروی جلوبرندگی تولید نشده و فقط یه مقدار کار تولید شده تا کمپرسور به چرخش در بیاد .بعد از خروج گازهای داغ از بخش توربین و ورود اونا به نازل و خروج اونا از اگزوز هست که نیروی جلوبرندگی ایجاد میشه . در موتورهای توربوفن بزرگ حتی اون گاز داغ هم تراست زیادی تولید نمیکنه بلکه هوای خنکی که از اطراف موتور عبور میکنه نیروی جلوبرندگی اصلی رو تولید میکنه. در ابن کلیپ چون کمپرسور دو مرحله بود یعنی پرفشار و کم فشار ،توربین هم دو مرحله شد .در موتورهای اولیه فقط یک مرحله توربین و کمپرسور وجود داشت .حالا هر چقدر سوخت بیشتری وارد محفظه احتراق بشه ،گازها داغ تر میشن پس انرژی اونا بیشتر میشه و توربین رو با سرعت بیشتری می چرخونن و بنابراین دور موتور بالاتر میره و به همین ترتیب گازهای داغ بیشتری از اگزوز خارج میشن و نیروی جلوبرندگی افزایش پیدا میکنه . این کار با همون جلو بردن تراتل توسط خلبان انجام میشه .
نیروی جلوبرندگی یا تراست هم عکس العمل نیروی اعمالی گازهای داغ خروجی از اگزوز بر مولکولهای هوای پشت موتور هست .
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#aviation #aircraft #airplane
#هوانوردی #خلبان #خلبانی #جنگنده #پرواز #هواپیما
@t.p.aviation
7.8M
AVFASTEST JET ENGINES 🚀🚀
🚀 TURBOJET
- Mach 3
- 3,540 km/h (2,200 mph) achieved by the Lockheed
SR-71 Blackbird military aircraft
🚀 RAMJET
- Mach 4
- 5,310 km/h (3,299 mph) achieved by the Lockheed
AQM-60 Kingfisher target drone
🚀 SCRAMJET
- Mach 9
- 10,870 km/h (6,755 mph) achieved by the NASA X-43
experimental aircraft
#aviation #aviationdaily #aviationstudents #educational
#jetengines
@aviationhq_
26.2K
ASWhen you watch an aircraft take off, it looks smooth and silent from the outside.
Inside the engine, it’s controlled chaos.
This video shows how turbojet and turbofan engines actually work, from the moment air enters to the moment the aircraft moves forward.
A turbojet is the simplest idea.
Air goes in, gets compressed, mixed with fuel, burned, and then shot out at very high speed.
That fast exhaust is what pushes the aircraft forward. It’s loud, aggressive, and built for speed,which is why early fighter jets used turbojets.
A turbofan takes the same core idea but improves it. Instead of throwing all the air straight out, a big fan at the front pushes most of the air around the engine. That slower, heavier airflow creates more efficient thrust. The result is less noise, better fuel efficiency, and longer range perfect for modern aircraft.
That’s why today’s passenger planes look quiet and smooth, even though the power inside them is massive.
Engineering didn’t change the goal.
It just learned a smarter way to reach it.
📚 This video is shared for educational purposes only. No copyright infringement intended
#Aviation #JetEngine #Turbofan #Turbojet #AircraftEngineering
@Aerospace @FlightPhysics @AviationReels @EngineeringExplained
@AviationGeek @PlaneSpotting @STEM @ScienceReels @EducationOnly
@astro_saim
1.0M
ASThis is how a rocket engine works😍
#nasa #satellite #rocketlaunch #rocket #electron #space #spaceflight #flight #launch #earth #earthscience #science #tech #technology #research#spacex #falcon9 #Space #Spacex #engine #machine #engineering #spacex #aero #aerospace #diy spacex #starship #science
@astronomy4u
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