Education & explainersProcess Decoderपहाड़ काटकर ROAD कैसे बनाते हैं? वो इंजीनियरिंग जो आज भी लोगों को हैरान कर देती है

पहाड़ काटकर ROAD कैसे बनाते हैं? वो इंजीनियरिंग जो आज भी लोगों को हैरान कर देती है

Long-form10:04Science & TechnologyPublished Oct 10, 2026, 7:14 AM · 1w ago
Views
51,722
+94 views/hour
Views / hour now
94
measured 51m ago
Peak views / hour
176
12h ago
First 24 hours
—
not tracked from upload
Engagement
0.4%
likes + comments / views
Likes
218
0.4% of views
Comments
14
0.03% of views
Est. ad revenue
$207–$517
lifetime, $4–10 RPM

Checked every 12 h while the video is this age · last check 51m ago · next in 669 min. YouTube itself updates public counts with a short delay.

Avg views / day
5.6K
since upload
vs channel median
0.7×
this video's views ÷ the channel's usual
Rank in channel
#15
of 21 tracked

Views over time

2 readings

Total views Views gained per hour

Description

How do engineers build roads through massive mountains, steep slopes, hard rock, and dangerous terrain? The answer lies in some of the most fascinating techniques in mountain road construction, civil engineering, rock excavation, slope stabilization, blasting technology, and modern construction engineering. In this video, we explain how roads are built through mountains, how engineers cut massive hills and rocky slopes, and how a safe road is created in places where there was once nothing but solid rock and steep terrain. Building a road on a mountain is not simply about cutting away soil and laying asphalt. Engineers must first study the geology, slope stability, rainfall, drainage, rock strength, landslide risk, and the safest possible road alignment. Depending on the terrain, engineers use excavators, rock breakers, controlled blasting, drilling machines, bulldozers, retaining walls, reinforced slopes, drainage systems, and heavy construction equipment to gradually create a stable road corridor through the mountain. But mountain road engineering goes far beyond simply cutting rocks. You’ll also discover how engineers survey mountains before construction, how the road route is selected, how dangerous rock faces are excavated, how controlled blasting breaks massive rocks, how slopes are protected from landslides, how retaining walls support unstable ground, and how engineers manage rainwater so that the finished road remains safe for vehicles. This video explores: 🔹 How roads are built through mountains 🔹 How engineers cut mountains for road construction 🔹 How mountain road routes are surveyed and planned 🔹 How rocks are drilled and blasted safely 🔹 How controlled blasting works in road construction 🔹 How excavators and rock breakers remove hard rock 🔹 How steep mountain slopes are stabilized 🔹 How retaining walls protect mountain roads 🔹 How engineers prevent landslides and rockfalls 🔹 How drainage systems protect roads during heavy rain 🔹 How road foundations are prepared on mountain terrain 🔹 How asphalt roads are constructed on steep hills 🔹 Mountain road construction technology and civil engineering 🔹 How modern mountain highways are built A mountain road is much more than a strip of asphalt carved into a hill. It is a carefully engineered structure involving geology, surveying, geotechnical engineering, structural engineering, drainage design, blasting technology, slope stabilization, and heavy construction machinery. Engineers must constantly balance the shape of the mountain, the strength of the rock, road gradients, sharp curves, water drainage, landslide risks, and vehicle safety. Even a small mistake in slope cutting or drainage can make an entire section vulnerable to rockfall, erosion, or landslides. If you enjoy engineering documentaries, road construction, mountain highways, mega infrastructure projects, civil engineering, construction technology, heavy machinery, How It Works videos, and amazing engineering projects, this video will take you deep inside the incredible process used to carve safe roads through mountains. Watch till the end to understand how engineers transform massive rocky mountains into roads capable of safely carrying thousands of vehicles every day. •••••••••••••••••••••••••••••••••••••••••••••••••••••• 📌 YOUR QUERIES how roads are built in mountains how mountain roads are made how engineers cut mountains for roads mountain road construction road construction in mountains how roads are constructed on hills mountain highway construction how mountains are cut for roads rock cutting for road construction controlled blasting in mountains rock blasting for road construction mountain road engineering hill road construction process road construction process how retaining walls are built slope stabilization for roads landslide prevention engineering mountain road drainage system road construction heavy machinery civil engineering road construction highway construction technology modern road engineering mega road construction construction technology engineering explained how roads are made how things are built How It Works Process Decoder •••••••••••••••••••••••••••••••••••••••••••••••••••••• #MountainRoadConstruction #RoadConstruction #CivilEngineering #MountainEngineering #HighwayConstruction #Construction #Engineering #MegaProjects #Infrastructure #RockBlasting #HeavyMachinery #HowItWorks #ConstructionTechnology #RoadEngineering #ProcessDecoder Channel: Process Decoder
Tags
mountain road constructionhow roads are built in mountainsroad construction in mountainsmountain engineeringhill road constructionhighway constructionroad construction processhow mountains are cut for roadsrock blastingcontrolled blastingrock cuttingslope stabilizationretaining wall constructionlandslide preventioncivil engineeringconstruction technologyheavy machinerymega projectsinfrastructurehow roads are madeProcess Decoder

Details

Published
Oct 10, 2026, 7:14 AM
Length
10:04 (604 s)
Format
Long-form
Category
Science & Technology
Audio language
HI
Quality
HD
Captions
No
Made for kids
No
Licensed content
Yes
Video ID
wAQPfLgUml4

Statistics from the YouTube Data API, tracked by FameX. Views per hour, revenue and comparisons are FameX estimates.