Route 1
Drone, to scale — my favourite
When you have a drone, or can borrow one. One flight with a mapping app gives you an aerial photo and the elevation together. Then walk it anyway: the ground shows you what the photo cannot.
The mapping guide · Companion to lesson 4
The map is not the territory. A map is a model, and a rough, honest model you made yourself beats a beautiful one you don’t understand.
The goal isn’t a pretty drawing. It’s to go out, measure, and start to see your land the way it actually behaves. Pick the route that matches what you have. You can mix them.
Route 1
When you have a drone, or can borrow one. One flight with a mapping app gives you an aerial photo and the elevation together. Then walk it anyway: the ground shows you what the photo cannot.
Route 2
The best place to start with nothing but a laptop and internet. Great scale, excellent for overlays. Trace your boundary, measure each side with the ruler tool, read the overall fall with the elevation profile. One honest limit: free elevation data is coarse. Great for the big shape of a hillside, poor for anything under a hectare or two. Use it for the boundary and the overall slope, then check the contours on the ground.
Route 3
A tape measure, a compass and a friend. This is the route where you learn the most about your land, because you walk every metre of it. It also needs no technology at all.
For a large property, or if you’re going after grants, investment or professional-grade plans, drone flights with LiDAR produce the detailed maps you see on our site. That’s a different level of tool, and for this exercise you don’t need it. Understanding beats polish every time.
Part 1 · Eight steps
Tap any step to open it full size.
Part 2 · Seven overlays
Lay tracing paper or a second copy over the base map, and draw arrows for the energy that arrives from outside your boundary.
The example slides use one property’s sectors — fire, deer, cold winds, water, noise. Yours will be whatever actually reaches your land.
Part 3 · Seven steps
Contours are lines joining points at the same height. They’re how a flat drawing shows a hillside, and they’re what tells water where to go.
No real slope? Note “roughly flat” and move on. Contours matter most where water and gravity will do real work.
That’s a complete map: boundary to scale, what’s already there, sectors on top, contours where they matter. It’s rough, it’s yours, and it’s enough to design from.
Take a phone photo of it and send it in. That’s a complete entry.