How London’s biggest structures actually work
Hidden engineering behind iconic buildings
↓ Full breakdowns & resources

TheBuildExplained | Linktree

7-page engineering blueprint PDF covering the complete solar power system. From photovoltaic cells and tracking solar farms to battery storage, concentrated solar power, and the world's largest solar farm. Detailed technical diagrams on every page.

Solar Engineering Blueprint — How Sunlight Generates Electricity

8-page engineering blueprint PDF covering the complete hydropower system. From gravity dams and turbines to spillways, the Three Gorges Dam, and pumped storage. Detailed technical diagrams with annotations and specifications on every page.

Hydropower Engineering Blueprint — How Falling Water Generates Electricity

9-page engineering blueprint PDF covering 7 of the world's most significant structural failures. Detailed technical diagrams with annotations, dimensions, and key engineering facts on every page.

Engineering Failures Blueprint — 7 Structural Failures That Changed Engineering

7-page engineering blueprint PDF covering the complete wind power system. From nacelle and blade design to offshore foundations, grid connection, and the world's largest turbine. Detailed technical diagrams on every page.

Wind Engineering Blueprint — How Wind Generates Electricity

7-page engineering blueprint PDF covering the complete nuclear power system. From fission and control rods to containment buildings, cooling loops, waste storage, and the Chernobyl confinement. Detailed technical diagrams on every page.

Nuclear Engineering Blueprint — How Atoms Generate Electricity

6-page engineering blueprint PDF covering four of London's most complex stations. Detailed technical diagrams with annotations, dimensions, and key engineering facts on every page.

London Station Engineering Blueprint — Westminster, Canary Wharf, King's Cross, London Bridge

8-page engineering blueprint PDF covering the complete fuel journey — from offshore oil rig to petrol pump. Detailed technical diagrams with annotations, dimensions, and specifications on every page.

Fuel Engineering Blueprint — How Oil Gets From the Seabed to Your Car

5 stadiums. 5 engineering systems.

This bundle breaks down some of the most advanced stadium designs into clean, high-detail blueprints.

Each structure solves a different problem:

• Wembley — arch-supported roof system  
• West Ham — Olympic stadium transformation  
• Tottenham — cable-net roof design  
• Emirates — airflow and sunlight optimisation  
• Stamford Bridge — extreme space constraints  

Inside the bundle:

• 5 full blueprint PDFs  
• Structural systems explained  
• Design logic behind each stadium  
• Clean, consistent blueprint visuals  

Built for those who want to understand how real structures work.

Get the full bundle:
https://thebuildexplained.gumroad.com/l/stadium-blueprint-bundle

Stadium Blueprint Bundle

Stadium Engineering Blueprint 

A full technical breakdown of Wembley Stadium — presented as a professional engineering blueprint.

This PDF takes you beyond the video, showing exactly how the stadium was designed and built, with detailed diagrams, structural systems, and load paths.

Inside this blueprint:

• The 315m arch system and how it supports the entire roof
• Cable system breakdown — how forces are distributed
• Retractable roof mechanics and panel movement
• Deep foundation system — how loads transfer into the ground
• Full engineering summary with key specifications

All visuals are presented in a clean blueprint style, with annotated diagrams designed for clarity and depth.

This is the complete version of “The Build Explained” — built for people who want to understand how it actually works.

Format: PDF (6 pages)
Instant download after purchase

More stadium blueprints coming soon.

Wembley Stadium — Engineering Blueprint (The Build Explained)

Wembley Stadium Engineering Blueprint 

This stadium wasn’t designed for football — and you can feel it the moment you sit down.

Originally built for the 2012 Olympics, London Stadium was engineered as a temporary athletics venue. When it was converted into West Ham’s home ground, the structure stayed the same — and that decision changed everything.

This blueprint breaks down exactly how it works:

• Why the roof spans without columns
• How loads travel through cables and foundations
• The retractable seating system hiding the running track
• Why the pitch always feels too far away
• The engineering trade-offs behind the entire design

This isn’t a basic explanation — it’s a visual breakdown of the actual systems behind the stadium.

If you’ve ever wondered why it feels different, this shows you exactly why.



7-page blueprint PDF
Clean visual diagrams
Built for fast understanding

The Build Explained — how structures actually work.

West Ham Engineering Blueprint 

Why West Ham’s Stadium Feels So Far From The Pitch (Full Engineering Blueprint)

Tottenham Hotspur Stadium isn’t just a football ground — it’s one of the most advanced stadiums ever built.

Beneath the main pitch is a second playing surface. The entire football pitch slides away, revealing a full NFL field underneath.

This isn’t just design — it’s engineered transformation.



Inside this blueprint:

• The retractable pitch system (how it slides and locks)
• The cable-supported roof structure
• The foundation system supporting multi-layer loads
• The NFL conversion system
• The full structural load path
• The engineering trade-offs behind the design



This is a clean, visual breakdown — built to show how the stadium actually works.

No filler. No fluff. Just the engineering.



7-page blueprint PDF
Visual system diagrams
Built for fast understanding

The Build Explained — how structures actually work.

Tottenham Hotspurs Engineering Blueprint

Tottenham Hotspurs engineering Blueprint

This is not just a stadium.

It’s a system designed to keep the pitch alive.

Arsenal’s Emirates Stadium uses a saddle-shaped bowl to control airflow, allowing wind to pass through the corners and dry the grass naturally after rain.

The roof is angled inward, directing sunlight onto the pitch to maintain optimal growing conditions.

Every curve, every slope, and every structural element serves a purpose.

Inside this blueprint:

• Saddle-shaped bowl geometry explained

• Airflow system through corner gaps

• Sunlight-optimised roof design

• Structural support system breakdown

• Key engineering specifications

Designed in a clean, high-detail blueprint format.

Built for those who want to understand how stadiums actually work.

More structures coming.

Emirates Stadium Engineering Blueprint

This stadium is trapped.

Stamford Bridge is surrounded by railway lines and urban infrastructure, leaving almost no room to expand.

So instead of spreading out, it builds up.

The stands rise steeply.

The pitch sits tight against the crowd.

The roof stays low to trap sound and amplify atmosphere.

Every design decision is forced by limitation.

Inside this blueprint:

• Extreme site constraints explained

• Steep vertical seating design

• Zero-distance pitch layout

• Low roof acoustic system

• Structural adaptation to tight space

Designed in a clean, high-detail blueprint format.

Built for those who want to understand how constraints shape engineering.

Get the full blueprint:

https://thebuildexplained.gumroad.com/l/stamford-bridge-blueprint

Stamford Bridge Blueprint

Stamford Bridge Engineering Blueprint

How underground stations are actually built — from the first wall to the completed box.

What's inside:
- 7-page technical blueprint PDF
- 5-stage top-down construction sequence
- Diaphragm walls, roof slab, excavation, internal slabs, base slab
- Tunnel connection details
- Professional cross-section drawings with engineering details on every page

Created by The Build Explained — how structures actually work.

Underground Station Box

7-page engineering blueprint explaining how base slabs seal underground stations against groundwater. Covers reinforcement design, hydrostatic uplift, waterproofing membranes, drainage systems, and sump pump details. Dark blueprint style with detailed cross-sections.

Base Slab Systems — Engineering Blueprint | The Build Explained

Diaphragm Walls — Engineering Blueprint

The walls that hold back the earth. How they're built, how they work, and why they don't collapse.

What's inside:
- 7-page technical blueprint PDF
- Guide wall construction
- Bentonite slurry support system
- Reinforcement cage installation
- Tremie concreting sequence
- Completed wall panel joints and waterstops

Created by The Build Explained — how structures actually work.

Diaphragm Walls

Top-Down vs Bottom-Up Construction — Engineering Blueprint

Two methods to build underground. One builds from the roof down. The other digs everything out first.

What's inside:
- 7-page technical blueprint PDF
- Side-by-side comparison of both methods
- Stage-by-stage sequence for each approach
- Full excavation, base slab, and upward build (bottom-up)
- Roof slab first, downward excavation beneath (top-down)
- When engineers choose one over the other

Created by The Build Explained — how structures actually work.

@TheBuildExplained

How London’s biggest structures actually work Hidden engineering behind iconic buildings ↓ Full breakdowns & resources

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