Months-long project in 2 days! Japanese technology prevents disasters.

Months-long project in 2 days! Japanese technology prevents disasters.

  • 13 days ago
  • 12:33
Replace concrete walls with stone walls that are in harmony with nature.

Replace concrete walls with stone walls that are in harmony with nature.

  • 3 weeks ago
  • 10:03
The Full Scope of Japan's Ultra-High-Quality Drainage System Installed in a Massive Sports Park

The Full Scope of Japan's Ultra-High-Quality Drainage System Installed in a Massive Sports Park

  • 1 month ago
  • 11:35
Four amazing construction processes where Japanese civil engineers solve infrastructure problems.

Four amazing construction processes where Japanese civil engineers solve infrastructure problems.

  • 3 months ago
  • 35:32
Japan's world-class civil engineering technology! 4 construction projects

Japan's world-class civil engineering technology! 4 construction projects

  • 3 months ago
  • 39:45
Solving with Civil Engineering! The Process of Improving Roadside Weeds that Contact Cars.

Solving with Civil Engineering! The Process of Improving Roadside Weeds that Contact Cars.

  • 3 months ago
  • 10:26
Stop weeds with weed-resistant concrete! Steps to eliminate mowing hassle.

Stop weeds with weed-resistant concrete! Steps to eliminate mowing hassle.

  • 3 months ago
  • 10:07
World's Best Japanese Civil Engineering! 4 Astonishing Projects from Small to Large

World's Best Japanese Civil Engineering! 4 Astonishing Projects from Small to Large

  • 4 months ago
  • 55:36
How should river sediment be disposed of? From preparation to actual work.

How should river sediment be disposed of? From preparation to actual work.

  • 4 months ago
  • 11:25
Improving year-round puddle-ridden roads with civil engineering.

Improving year-round puddle-ridden roads with civil engineering.

  • 4 months ago
  • 10:02
Using a crane to operate heavy machinery and remove 1,500 tons of sediment from the river.

Using a crane to operate heavy machinery and remove 1,500 tons of sediment from the river.

  • 5 months ago
  • 10:14
The process of attaching an attachment that dramatically extends the reach of the power shovel.

The process of attaching an attachment that dramatically extends the reach of the power shovel.

  • 5 months ago
  • 12:11
To repair a canal, 80kg of concrete will be transported over 20km.

To repair a canal, 80kg of concrete will be transported over 20km.

  • 5 months ago
  • 10:18
Complete reconstruction of disaster areas with Japanese engineering.Disaster Recovery - Full Edition

Complete reconstruction of disaster areas with Japanese engineering.Disaster Recovery - Full Edition

  • 6 months ago
  • 20:25
Quick dam-like structures to block rivers in disaster areas. 【Disaster Recovery - Part.8】

Quick dam-like structures to block rivers in disaster areas. 【Disaster Recovery - Part.8】

  • 7 months ago
  • 15:25
3 Japanese engineers set 400 1-ton blocks, bringing hope to disaster areas【Project Part.7】

3 Japanese engineers set 400 1-ton blocks, bringing hope to disaster areas【Project Part.7】

  • 7 months ago
  • 14:46
Recovery Process from Road Collapse Due to Rain【Disaster Recovery Project Part 1-6 Compilation】

Recovery Process from Road Collapse Due to Rain【Disaster Recovery Project Part 1-6 Compilation】

  • 8 months ago
  • 52:16
Revived disaster areas, Japan's civil engineering. [Recovery Project - Part 6]

Revived disaster areas, Japan's civil engineering. [Recovery Project - Part 6]

  • 8 months ago
  • 14:26
Japanese civil engineering for disaster recovery: Concrete, scaffolding, formwork. [Project Part 5]

Japanese civil engineering for disaster recovery: Concrete, scaffolding, formwork. [Project Part 5]

  • 8 months ago
  • 16:36
Six Astounding Civil Engineering Processes Supported by Skilled Artisans in Japan

Six Astounding Civil Engineering Processes Supported by Skilled Artisans in Japan

  • 8 months ago
  • 58:42
Artisans Revive Disaster Zone: Large Blocks Set, Drains Removed.[Disaster Recovery - Part 4]

Artisans Revive Disaster Zone: Large Blocks Set, Drains Removed.[Disaster Recovery - Part 4]

  • 9 months ago
  • 12:55
Rebuilding after disaster: Precision in placing giant blocks.[Disaster Recovery - Part 3]

Rebuilding after disaster: Precision in placing giant blocks.[Disaster Recovery - Part 3]

  • 9 months ago
  • 11:52
Progress in Disaster Recovery: From Near Collapse to Hope [Disaster Recovery - Part2 ]

Progress in Disaster Recovery: From Near Collapse to Hope [Disaster Recovery - Part2 ]

  • 9 months ago
  • 17:16
Starting the months-long major recovery project. [Disaster Recovery - Part 1]

Starting the months-long major recovery project. [Disaster Recovery - Part 1]

  • 9 months ago
  • 15:30
Restoring a landslide-prone mountain slope using 2000-year-old stone stacking techniques.

Restoring a landslide-prone mountain slope using 2000-year-old stone stacking techniques.

  • 10 months ago
  • 11:42
Ring Method Revamp: From Steep Slope to Car-Friendly Ramp

Ring Method Revamp: From Steep Slope to Car-Friendly Ramp

  • 10 months ago
  • 10:05

"The Process of Restoring a Hazardous Exposed Retaining Wall and Soil-Sand Boundary

  • 10 months ago
  • 10:15
The preparatory steps to make a steep slope gradual. Excavate the concrete and bury drainage pipes.

The preparatory steps to make a steep slope gradual. Excavate the concrete and bury drainage pipes.

  • 10 months ago
  • 16:20
10 years of grime, one magical high-pressure clean: Watch the wall's enchanting revival!

10 years of grime, one magical high-pressure clean: Watch the wall's enchanting revival!

  • 11 months ago
  • 6:17

"Transformation from Overgrown Wasteland to Parking Lot: Paving and Clearing Process"

  • 11 months ago
  • 17:01

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