Quick answer: Deciding on a Crane — Removing a tree is planning before it is cutting: where the wood lands, what is under it, whether a rope or a crane takes the weight, and what is left when the crew drives away. A removal is finished when the drop zone is clear and the stump is dealt with, not when the trunk hits the ground.
Field note. What we see here is that access decides the price more than height does: a pine over a fence on a slope with no driveway costs more to take down safely than a taller tree with a clear drop, and the plan is where that shows up.
On the other hand, removal is not the only safe answer — a tree with one failing limb, or a lean that can be corrected by reduction, is often better kept and managed than gone.
A crane is not a bigger version of a bucket truck. It is a machine that trades reach for capacity along a curve, and the whole decision turns on where the tree sits on that curve. Get the curve wrong and the crane arrives, sets up, and cannot lift the piece it was hired for.
The number that matters is radius
A load chart is a table of capacity against radius — the horizontal distance from the centre of rotation to the load. At a short radius a modest crane picks a great deal. At a long radius the same crane picks a fraction of it. Height is almost secondary; the boom can go up, but it cannot go out and stay strong.
This is why “how tall is the tree” is the wrong first question and “how far is it from where the crane can stand” is the right one. A tree ninety feet tall and thirty feet from the setup is an easy pick. A tree sixty feet tall and ninety feet from the only setup is often not a crane job at all.
The setup area is a real constraint
Outriggers spread the machine’s weight over a footprint considerably larger than the truck. On a narrow lot the outrigger may land in a neighbour’s garden, on a septic tank, or over a slope that cannot take the bearing pressure. Matting helps; it does not create bearing capacity where there is none.
The ground under an outrigger carries a point load measured in tonnes. Soft ground, a buried tank, a recently backfilled trench, a crawlspace — each of those changes the plan or ends it.
When the crane wins
When the tree is large, the drop zone is small, and the pieces have to leave the site rather than be processed on it. When the tree is over a structure and the alternative is a long rigging operation with a climber in the hazard. When the hazard is a dead stem that should not be climbed at all — a crane removes the need for anyone to be in the tree.
That last one is the strongest argument on a storm job. A crane converts a climbing problem into a lifting problem, and a lifting problem has nobody in the tree.
When the crane is wrong
When the setup area does not exist. When the route cannot carry the machine. When overhead conductors cross the only setup. When the tree is small enough that a climber with a rope is faster. When the ground is saturated enough that the outriggers cannot be trusted — which, after a storm, is the common case.
The permit and the road
A crane that sets up in the roadway needs a traffic plan and often a permit from the county, because Cambria’s streets are unincorporated San Luis Obispo County roads. That paperwork has a lead time. It is one of the reasons a crane job scheduled for Tuesday is a better outcome than a crane job attempted at midnight.
Permits for the tree itself are a separate question, covered in whether you need a permit to remove a tree in Cambria. The wider sequence is in the main article.