If water, sewage, gas and oil can be transported through underground pipelines, why not consumer goods as well?
Business Futurist | Foresight Strategist
If you’ve read this far, something probably connected.
Maybe it put words to something you’d been sensing but couldn’t quite land. Maybe it made something complicated feel clearer. Maybe it unsettled a position you thought you’d settled.
Good. That’s where this work lives.
Not forecasting. Not scenarios at 2050. Not more noise. What’s already moving. The shifts most organisations can’t yet see, name, or understand the full weight of. What it means. What to do about it while it’s still a possibility, not a problem. Short term and long.
Morris Misel has been doing this for 30 years across 160 industries, with boards, executive teams, and leadership groups in Australia and internationally. More than 2,800 engagements. Over a million people a year through conferences, boardrooms, and media.
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Choose Forward.
Underground pipeline delivery applies infrastructure logic already proven for water, gas, and oil to physical goods movement. Sealed, automated underground channels replace surface freight for high-volume corridors, removing traffic congestion, emissions, and weather dependency from last-mile logistics. The concept makes urban supply chains more predictable, resilient, and less disruptive to street-level life.
Planning starts with freight density mapping — identifying high-volume corridors where underground infrastructure offers the greatest return. Ports, distribution hubs, and dense urban retail precincts are natural starting points. Organisations importing or distributing at scale should track pilot projects in the Netherlands, Switzerland, and the UK to understand timelines, integration requirements, and early commercial models.
Capital cost is the primary barrier — underground infrastructure requires significant upfront investment before any commercial return arrives. Standardisation is also a challenge: goods vary in size, fragility, and handling in ways that water and gas do not. Regulatory frameworks for underground freight corridors are largely undeveloped in most countries, including Australia, creating additional planning risk for early movers.
Drones and autonomous vehicles operate above ground and remain subject to airspace regulation, weather, and traffic density. Underground pipeline delivery removes those variables entirely. It’s slower to build but more permanent and higher-capacity once operational, better suited to high-frequency, predictable goods flows than on-demand last-mile needs. The two approaches serve different parts of the logistics problem.
Watch for pilot investments in dense European cities — Switzerland’s Cargo Sous Terrain project is the most advanced. In Australia, watch freight master planning in Sydney and Melbourne for any underground corridor inclusion. The key signal is when major retailers begin co-investing in infrastructure alongside governments. That shift marks the transition from speculative to commercially viable.
