Follow one piece of wood through the system
Draw the stages from arrival to its intended destination. Include storage, any processing carried out by a competent operator and the final movement to where the material is used. Mark every point where it is picked up, put down or transferred.
This is a logistics exercise, not a chainsaw, splitting or stacking procedure. Those activities require their own instructions, competence and assessment.
Find the repeated handling
Ask which movements add value and which happen because equipment or storage is in the wrong place. Moving an entire batch twice can dominate the workload even if the processing machine itself is fast.
For an illustrative holding, a delivery may arrive far from the eventual store because the approach was never checked. Resolving delivery access might matter more than increasing processing capacity. Confirm any route or unloading change with the provider.
Keep material categories clear
Separate material intended for processing from material retained for other purposes or awaiting assessment. Do not assume every fallen branch should become firewood. Woodland Trust guidance on deadwood explains its ecological role.
Where timber has uncertain contamination, disease or treatment history, obtain suitable advice before choosing a use or disposal route.
Match equipment to the whole chain
Ask suppliers about the actual material dimensions and handling needs, not only an advertised maximum capacity. Include site layout, access, storage and competent operation in the discussion.
Consider whether contracting a stage of the work would reduce complexity. Equipment ownership is one way to organise the system, not the objective of the exercise.
Record a realistic workload
Time the stages you can observe safely and note the conditions. Use separate figures for material movement and machine operation. Do not treat a promotional processing rate as the output of the whole holding.
Visit the logs and woodland hub with the workflow in hand. The next purchase should remove a demonstrated bottleneck without creating a new handling or storage problem downstream.