Promoted content - Why the hardest part of a delivery can be the final 100 metres
We can track a takeaway from the restaurant to our front door and watch a parcel make its way through several countries. Inside commercial buildings, increasingly sophisticated systems can monitor everything from energy consumption to occupancy and indoor air quality.
Yet a piece of equipment worth tens of thousands of pounds can still arrive at a building to be greeted with a surprisingly basic question: where exactly is this supposed to go?
There is an odd disconnect in the way we think about logistics in the built environment.
Enormous effort goes into designing and specifying equipment, while logistics systems can follow its progress across hundreds or thousands of miles. Once it reaches the building, however, success can suddenly depend on whether somebody remembered to measure the lift.
For building services and fit-out projects, getting something to the correct postcode is only part of the journey. The final 100 metres can prove considerably more complicated.
The building is part of the supply chain
The phrase "delivered to site" makes the end of a journey sound reassuringly definitive, but in a large commercial building it can mean very little.
A substantial piece of equipment arriving at an office might need to pass through a loading bay, goods entrance, service corridor and lift before navigating several more doors and corridors to reach its final position.
Look at a building that way and it starts to resemble the final piece of logistics infrastructure. Its loading bay is effectively a depot, its service corridors are distribution routes and its goods lifts move freight between levels. Unlike a distribution centre, however, the building was probably never designed primarily around moving goods.
This makes something as simple as a route survey surprisingly important. Door widths, lift capacities, ceiling heights, steps and tight corners can all determine whether an installation is straightforward or suddenly requires a rethink.
The Health and Safety Executive advises organisations to make visiting companies and drivers aware of site limitations before arrival, including height, weight and width restrictions. Discovering a problem during a survey gives you time to solve it. Discovering it with a vehicle sitting outside and installers waiting upstairs is rather less convenient.
Ten suppliers, one loading bay
There is another peculiar feature of modern fit-out projects. A building might be receiving HVAC equipment from one manufacturer, lighting from another, controls from another, furniture from several suppliers and separate deliveries of technology and specialist equipment.
Every supplier can do its job perfectly, with every product arriving exactly when promised, and the building can still end up with a problem.
That is because every supplier naturally optimises its own delivery, while somebody still needs to optimise what happens at the destination. Ten separate orders can mean ten vehicles competing for one loading bay and the same goods lift.
Transport for London's Construction Logistics Planning guidance encourages projects to consider delivery scheduling and consolidation rather than treating every vehicle movement independently. It identifies consolidation centres as a way to control deliveries while providing a storage buffer for goods that are not yet required on site.
This changes the role of the warehouse. Instead of simply being somewhere products sit, it can become a waiting room for the building.
Goods from multiple manufacturers can be received, checked and organised before leaving according to the order in which the project actually needs them. Specialist FF&E logistics can combine this type of consolidation with phased delivery and installation, shifting the question from when a supplier can deliver to when the building actually wants the product.
Sometimes early is too early
In most situations, arriving early is considered a virtue. Building projects provide plenty of exceptions.
If expensive equipment arrives on Tuesday but the contractor is not ready until Thursday, somebody needs to find somewhere secure to keep it. On a project where space is already limited, that can mean equipment occupying corridors or working areas, being moved several times or, in the worst case, going back on the vehicle.
Refurbishment creates another problem because the building is already full of things. Desks, chairs, IT equipment and documents do not conveniently disappear when work begins, which is why temporary storage during an office renovation can help create the space needed for different stages of a project.
Where something waits can sometimes be as important as how it travels.
What does ‘delivered’ actually mean?
The final 100 metres also raises a deceptively simple question. When we say something has been delivered, what exactly do we mean?
For a two-metre piece of specialist equipment arriving at a ten-storey building, is it delivered when it comes off the vehicle, crosses the threshold, reaches the correct floor or arrives in the room where it will actually be used?
The paperwork may have one answer. The facilities manager looking at a pallet sitting in reception may have another.
For heavy, fragile or high-value equipment, white-glove delivery and installation extends the job beyond transport, with goods moved through the building and positioned or installed at their final point of use.
This becomes even more important in occupied buildings. Offices still have employees, hospitals still have patients and hotels still have guests, so the most obvious route through a building may not be available when equipment arrives.
Facilities teams therefore have an important role to play. A floor plan can show how to get from A to B, but the person who runs the building knows whether that route actually works at 9am on a Wednesday.
Smart buildings still have doors
Perhaps the most interesting thing about the final 100 metres is how stubbornly physical it remains.
The building services industry is becoming increasingly sophisticated. Digital twins can model buildings before work begins, sensors can monitor their performance and building management systems can respond automatically to changing conditions.
None of that changes the width of a doorway.
Equipment still has dimensions and weight, while real buildings contain lifts, corners, restricted access and people going about their day. Technology can make logistics easier to coordinate, but some of the most valuable precautions remain remarkably ordinary.
Walk the route, check the lift, understand when the building is busiest and make sure the equipment arrives when somebody is actually ready for it.
The logistics industry has become exceptionally good at moving things over enormous distances. For building services, however, a successful journey can still come down to whether somebody planned the final 100 metres.
