This series uses cutting-edge 3D laser-scanning technology to put history's building wonders to the test, unlocking the secrets of how the world's most iconic engineering creations were constructed. Leading the quest is Steve Burrows, one of the world's leading structural engineers. Burrows is joined by laser-scanning experts from the Center for Advanced Spatial Technologies at the University of Arkansas. With unprecedented access, they explore, scan and digitally analyze some of mankind's most awe-inspiring architectural achievements uncovering just how good the engineers of the ancient world really were. Locations include the Colosseum, Petra, Machu Picchu, St. Paul's Cathedral, the Pyramids and Jerusalem.
Egyptian Pyramids (#101) Duration: 56:46 STEREO TVPG (Secondary audio: none)
The team travels to Egypt to scan the pyramids - the tombs of the mighty pharaohs - to find out how the necropolis evolved from simple mud-brick structures to the most impressive buildings in the ancient world. They use their cutting-edge laser technology to scan Djoser's Step Pyramid at Saqqara, Meidum's collapsed pyramid, the mysterious Bent Pyramid at Dashur and the famous Great Pyramid at Giza.
St. Paul's Cathedral (#102) Duration: 56:46 STEREO TVPG (Secondary audio: none)
Structural engineer Steve Burrows takes his team of laser-scanning experts to St Paul's Cathedral in the heart of London. They venture inside the majestic dome to explore its groundbreaking three-part structure; determine how the cathedral's architect, Sir Christopher Wren, overcame unstable foundations and immense structural forces to support his dome; and investigate how the cathedral survived a direct hit by a German bomb during the London Blitz. The laser scans produce genuine revelations and give the team new insight into this iconic architectural masterpiece.