5.2M
HIVon der Trainsafe Röhre auf die Anlage 😍
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Nightjet 2 🚃 #roco5520004
Zuglok 1116 088 🚂 #roco78527
YouTube 🎬 Hiwi Flo
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#hiwiflotrainsafe #wirmodellbahner #nightjet
@hiwiflo
#Trainsafe
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2.3M
QUSafe side… except my head 🥴
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#humor #impact #train #fail #aicreation
@quiztopher.ia
235.3K
ENWHAT HAPPENS WHEN YOU RUN DAILY #WhatHappensWhenYouRunDaily #DailyRunning #RunningBenefits #HealthyHabits #FitnessJourney RunEveryDay ExerciseMotivation CardioStrength MentalHealth MakeTimeToRun RunningCommunity FitLifestyle WellnessGoals TrainHardStaySafe DailyExercise EndorphinRush HealthyMindset RunningJourney ImproveYourself RunningTips
@endbellyfat
1.2M
COLanding in strong winds looks scary, but it’s safe and fully controlled ✈️🌬️
#VirtualAIPilot
#FearOfFlying #FlightAnxiety #CalmFlying #TravelAnxiety
Windy landings can feel intense because the plane may tilt or correct its path, but this is exactly how it’s designed to land safely. Pilots train specifically for these conditions, and aircraft are certified to handle winds well within safe limits. What feels dramatic from your seat is a normal, practiced maneuver in the cockpit.
@conqueringtheskky
33.9M
THA perfect curve and perfect turn on railway tracks are extremely important to ensure smooth, safe, and stable movement of trains. When a train moves at high speed, even a slight imperfection in the track alignment can cause vibration, derailment risk, or uneven wheel wear. The curves are carefully designed with specific radius and superelevation (tilt of the outer rail) to balance the centrifugal force acting on the train. Engineers use precise geometry to maintain proper alignment between straight and curved sections.
In technical diagrams or monitoring graphs, red, blue, and green colors are often used to represent different parameters of the track — for example, red may indicate deviation or error, blue for actual measured data, and green for ideal or safe limits. These color-coded graphs help engineers visually compare designed track geometry versus real-world measurements, allowing them to quickly detect any irregularities and maintain track perfection for high-speed safety and comfort
Follow @the_technology_ig for more technology videos!
Media: @kartingcastelloli
#explore #explorepage #instagram #knowledge #viralreels
@the_technology_ig
67.7K
DRHeavy lifts demand heavy responsibility.
No saftey. No control. No awareness.
💥 Dropped bar → femur fracture + PCL rupture
Train safe. Train smart. 🏋️♂️
✅Follow @drdavidabbasi for More Daily Medical Content & Health Tips!
🌴😷Schedule a consultation to see Dr. Abbasi as a patient in Delray Beach! Visit www.primeorthocenter.com
@drdavidabbasi
1.6M
PUA perfect curve and perfect turn on railway tracks are extremely important to ensure smooth, safe, and stable movement of trains. When a train moves at high speed, even a slight imperfection in the track alignment can cause vibration, derailment risk, or uneven wheel wear. The curves are carefully designed with specific radius and superelevation (tilt of the outer rail) to balance the centrifugal force acting on the train. Engineers use precise geometry to maintain proper alignment between straight and curved sections.
In technical diagrams or monitoring graphs, red, blue, and green colors are often used to represent different parameters of the track — for example, red may indicate deviation or error, blue for actual measured data, and green for ideal or safe limits. These color-coded graphs help engineers visually compare designed track geometry versus real-world measurements, allowing them to quickly detect any irregularities and maintain track perfection for high-speed safety and comfort
Media: @kartingcastelloli
#explore #explorepage #instagram #knowledge #viralreels
@pubewitty
184
ALRepost @mikerashid
You heard what he said.
Train Hard. Train Smart. Train Safe.
Workout programs available.
@alkhemiefitnezz
129.4K
HOIn Japan, even water is engineered with purpose. Bullet trains, known for their extreme precision and speed, are regularly sprayed with fine mists of water—and it’s not just for cleaning. This simple-looking process plays a crucial role in keeping the trains safe, efficient, and ultra-reliable.
At very high speeds, friction and air resistance cause heat buildup on the train’s surface. Spraying water helps cool down components, reducing thermal stress. It also prevents static electricity, which can accumulate as the train slices through air at over 300 km/h—something that could interfere with sensitive electronics. On top of that, the water removes dust and microscopic particles that might otherwise affect aerodynamics or sensors.
It’s a perfect example of Japanese engineering philosophy: solve complex problems with elegant, practical solutions—where even a splash of water helps keep one of the world’s fastest transport systems running flawlessly 🚄💧
#explore #viral #bullettrain #japan #train
@howdothingswork_
87.7K
NAA perfect curve and perfect turn on railway tracks are extremely important to ensure smooth, safe, and stable movement of trains.
When a train moves at high speed, even a slight imperfection in the track alignment can cause vibration, derailment risk, or uneven wheel wear. The curves are carefully designed with specific radius and superelevation (tilt of the outer rail) to balance the centrifugal force acting on the train. Engineers use precise geometry to maintain proper alignment between straight and curved sections.
In technical diagrams or monitoring graphs, red, blue, and green colors are often used to represent different parameters of the track-for example, red may indicate deviation or error, blue for actual measured data, and green for ideal or safe limits. These color-coded graphs help engineers visually compare designed track geometry versus real-world measurements, allowing them to quickly detect any irregularities and maintain track perfection for high-speed safety and comfort
@naws_hindi_english
14.9M
INA perfect curve and perfect turn on railway tracks are extremely important to ensure smooth, safe, and stable movement of trains. When a train moves at high speed, even a slight imperfection in the track alignment can cause vibration, derailment risk, or uneven wheel wear. The curves are carefully designed with specific radius and superelevation (tilt of the outer rail) to balance the centrifugal force acting on the train.Engineers use precise geometry to maintain proper alignment between straight and curved sections.
In technical diagrams or monitoring graphs, red, blue, and green colors are often used to represent different parameters of the track-for example, red may indicate deviation or error, blue for actual measured data, and green for ideal or safe limits. These color-coded graphs help engineers visually compare designed track geometry versus real-world measurements, allowing them to quickly detect any irregularities and maintain track perfection for high-speed safety and comfort
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Media: @kartingcastelloli
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#explore #didyouknow #viral #reels #instagram
@insidee.out._
180.9K
UNAt some railroad crossings in Russia, the barrier behavior can be dangerously misleading.
In this clip, the waiting rod lifts before the train has actually passed creating a false signal that it’s safe to go.
Drivers who don’t know this system could easily assume the crossing is clear and move forward, putting themselves directly in the train’s path. The timing isn’t a malfunction, it’s how certain crossings are designed, relying heavily on local knowledge and strict attention rather than intuition.
This is one of those situations where trusting your instincts instead of the system can be fatal.
@unreal_error
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