The freight equation comes first
In a roadless camp, transport cost per useful kilogram dwarfs purchase cost, so every item earns its place by packed volume and weight. This single fact drives shelter choice: inflatable and soft-pack shelter systems ship the most covered area per freight unit, rigid insulated modules ship the least but arrive nearly finished, and frame systems sit between. It also drives camp size — a smaller, better-insulated camp can be cheaper to run than a larger one, because heat and power are freight too, arriving as fuel on the same aircraft or boat that brought the tents. Cost the camp per delivered person per season, not per shelter unit.
Site selection around the delivery point
The landing zone, jetty or trailhead is the fixed point; the camp grows from it within easy hauling distance, because everything moves the last few hundred metres by hand, sled or small vehicle. Ground choice follows: drained and level enough to sleep on, protected from wind and falling hazards, and defensible against the weather that will actually arrive — which in remote sites is usually worse than the survey promised. Water decides as much as weather: a camp without a nearby source or a treatment plan becomes a fuel camp that melts and hauls, which quietly doubles the logistics burden.
Power, heat and water as one system
In a roadless camp these three are a single fuel equation. Generators provide power and, with waste-heat capture, part of the heating; heating demand is set by shelter insulation, so better-insulated shelters are a fuel-saving device, not a comfort feature. Water comes from a source plus treatment, or from melting — which is a heating task. The practical rule: size the fuel plan first, then choose shelters whose insulation the fuel plan can support, and never let the shelter list drive the fuel list. A camp that runs out of fuel has no shelters, whatever the brochure said.
Building in phases, and who builds it
No-road camps go up in weather windows with small crews, so the build sequence must deliver a working minimum camp early: first the command and power shelter, then sleeping capacity, then everything else. Shelter systems that erect with a few hands and no heavy equipment — inflatables and light frames — fit this phase logic; rigid modules fit camps where the delivery method already includes the lift to place them. Suppliers with documented remote-camp programmes, such as Weatherhaven and Losberger De Boer, are the stronger choice when the project schedule cannot absorb a learning curve; a lower-priced shelter without remote-duty documentation usually costs more by the second season. For our part, we publish no deployment-time or load figures without trial data — verify every supplier's remote-camp claims the same way.