In this article
Start with permission and hazards, not the prettiest view
A usable campsite must first be legal, open, and appropriate under local rules. In a developed campground, stay within the assigned site; in dispersed settings, follow land-manager restrictions and prefer an existing durable surface where camping is allowed.
Before judging comfort, look up for dead branches, unstable trees, rockfall exposure, and power lines, then look outward for flood channels, tides, steep banks, wildlife conflicts, and an unsafe distance from roads or water. A flat patch is irrelevant if the larger position is hazardous.
References for this section: Travel and Camp on Durable Surfaces; Finding and Setting Up a Campsite
Run a five-minute inspection in a fixed order
A fixed sequence prevents the first attractive feature from dominating the choice. Scan the wider terrain before placing a pack down, then narrow from hazards to drainage, wind, sleeping surface, and camp movement.
If a site fails a high-consequence check, move on instead of trying to engineer around it. Comfort improvements can be adjusted; flood channels and overhead hazards should not be negotiated.
The five-minute site check
- Confirm the boundaryCheck permission, closures, assigned-site limits, fire rules, water setbacks, and local instructions.
- Scan above and beyondIdentify overhead branches, unstable trees, rock or flood paths, shore changes, and nearby traffic.
- Read drainageFind the surrounding high and low points, compacted channels, water marks, and where runoff would travel.
- Test wind and surfaceCompare exposure, likely wind shifts, durable ground, slope, roots, and pressure points.
- Walk the camp flowPlace sleeping, cooking, water, sanitation, and storage functions without creating crossings or hazards.
Drainage is a landscape question
The flattest spot may be the bottom of a shallow bowl. Look several meters beyond the tent footprint for higher ground that can feed water toward it, narrow channels through leaves, deposited debris, bare compacted soil, or water marks.
A slightly raised durable surface with a gentle, even pitch is often easier to manage than a perfect depression. Do not dig trenches or move vegetation to manufacture drainage; choose a better existing surface.
| Site clue | Possible benefit | Question to resolve |
|---|---|---|
| Slightly raised durable bench | Less likely to collect shallow runoff | Is it exposed to wind or falling material? |
| Flat compacted depression | Easy initial pitch | Where will water go during a downpour? |
| Dense vegetation | May indicate sheltered moisture | Would camping damage living plants or retain condensation? |
| Ridgetop or open edge | Airflow and views | Is wind exposure acceptable and is camping permitted? |
| Existing developed pad | Known use area and lower new impact | Are drainage, tree, and neighbor hazards still present? |
Use wind protection without sealing the tent into damp air
Terrain, shrubs, and permitted site structures can reduce direct wind, but a pocket with no airflow may collect humid air and condensation. The goal is moderated exposure, not complete isolation from moving air.
Orient the shelter according to its design and manufacturer guidance, keep doors away from the most exposed direction when practical, and preserve ventilation. Forecast wind direction can shift, so inspect the whole site rather than relying on one calm moment.
Plan the camp as connected zones
The sleeping area should remain separated from flame, food preparation, and food storage according to local rules and wildlife guidance. Paths between the tent, cooking area, water, vehicle, and sanitation route should be visible and should not cross guy lines, unstable slopes, or sensitive ground.
This is a flow problem: place the highest-frequency movements on the clearest durable path, and keep night tasks simple. The arrangement should also allow a quick exit if weather, fire, wildlife, or health conditions change.
A campsite flow model
Score only after eliminating unsafe choices
A simple score can help compare two acceptable sites: drainage, wind exposure, surface durability, sleep slope, camp flow, and exit access. It should never average away a critical hazard; one unacceptable overhead or flood risk is a reason to reject the site.
Leave the site as found, use existing durable areas, and obey local instructions even when they conflict with a preferred layout. Low-impact constraints are part of site quality, not an optional final check.