Load Planner Training: Skills, Checklists and Common Mistakes

A new load planner needs to learn three things: the physical rules of a load (dimensions, weight, stacking, balance), the local rules of your business (customers, vehicles, dock habits), and a routine that catches mistakes before the truck leaves. The fastest way to teach all three is to plan real loads under supervision, check each plan against what was actually loaded, and use a 3D tool so the trainee can see why a plan works or fails.

The skills a load planner needs

Reference material for the physical rules: pallet sizes, loading metres, pallet stacking rules and weight distribution in a trailer.

A four-week training plan

1. 1Week 1: on the dock. Spend shifts with loaders. Measure pallets, watch how mixed loads are actually built, see what happens when a plan is wrong. A planner who has never stood at a door will produce plans that look fine and load badly.
2. 2Week 2: shadow planning. Plan the same loads as an experienced planner, in parallel. Compare the results daily and discuss every difference.
3. 3Week 3: supervised planning. The trainee plans live loads; a senior planner reviews each one before release.
4. 4Week 4: independent with spot checks. The trainee releases plans; the senior checks a sample and every unusual load (heavy, multi-drop, hazardous, oversized).

The planner’s pre-release checklist

• Packing list complete: size and weight per piece, quantities, stops, handling notes.
• Units checked: no millimetres entered as centimetres, no line weights entered as piece weights.
• Vehicle matches what will actually arrive: type, inside dimensions, payload.
• Everything loaded, or a decision made about what was left behind.
• Stacking rules respected: nothing on non-stackable or fragile items.
• Weight under payload, axle estimate and centre of gravity without warnings.
• Stops in the right order, nothing for a later stop between an earlier stop and the doors.
• Gaps that need securing noted on the plan.
• Plan sent to the dock and driver in a form they can read.

Common mistakes, and how to catch them

A good exercise for week 2: hand the trainee a packing list with two planted errors and ask for a plan. Say one line reads "Carton, 600 × 400 × 400, 240 kg, 20 pcs". The sizes are in millimetres, so a carton is 60 × 40 × 40 cm, and 240 kg is the line total, so each carton weighs 240 ÷ 20 = 12 kg. Entered as centimetres and kg per piece, the line becomes 20 cartons of 6 × 4 × 4 m weighing 4,800 kg in total, twenty times the real weight. A trainee who checks the 3D view and the weight total catches both errors in seconds; one who does not ships a plan that is wrong in two ways.

Using 3D tools to teach

A 3D planner shortens training because a trainee can see the consequence of a rule immediately. Turn "can be stacked" off for a row and watch the load spill into a second truck; set stop numbers the wrong way round and see the first drop disappear behind the second; drag the heavy pallets to the front wall and watch the axle estimate turn into a warning.

• Play the sequence. Stepping through the loading order shows a trainee how a load is built and why the order matters. In EveryLoading the loading sequence can be played step by step or scrubbed with a slider.
• Compare the optimiser with their own plan. Let the trainee arrange a load by hand, then optimise and compare loading metres and items left behind.
• Use flat views. The top, side and rear views match what the dock sees and are good for discussing a plan on paper.
• Save teaching loads. A set of saved plans covering your typical cases becomes a reusable training library.

When is a planner ready?

Signs a new planner can work independently: their plans are loaded as planned without questions from the dock, they catch data errors before planning rather than after, they ask the right questions about new items, and they can explain the axle and stop logic of a plan to a driver. Keep reviewing a sample of their plans for a few months, and feed dock deviations back to them. For the complete planning process to train against, see how to make a load plan.