On an earthworks or site-clearance job, a load record should tell the office what actually moved, not simply that a lorry attended site. Soil and spoil may be leaving while aggregates and other materials arrive. Several tippers may repeat the journey, and subcontractors may be helping. A useful record connects every trip to the correct job, material, destination and supporting evidence.

This guide is written for UK tipper and construction-haulage operators. It is an operational checklist, not a waste-classification guide or a replacement for statutory waste documents.

Start with the job, not the first load

Before dispatch, make one job reference that the site team, drivers and office can all recognise. Confirm the customer or project, collection and delivery locations, access hours, site contact, purchase-order reference and any vehicle or booking restrictions.

For an earthworks job, also separate material moving out from material coming in. The same site can generate excavated soil or demolition material and receive Type 1 stone, sand, fill or another specified product. Those movements have different destinations, descriptions and proof requirements.

What to record for every tipper load

The exact requirements depend on the contract, material and receiving site, but the following is a practical starting point for each trip:

  • Job and load reference: the project, customer or purchase order, plus a way to identify this individual journey.
  • Direction and material: whether the load is leaving or arriving, and the agreed material description. Do not use a vague description such as “soil” where a more specific, verified description is required.
  • Collection and destination: the actual site or facility for this trip, including any authorised change of destination.
  • Vehicle and people: the lorry, driver and subcontractor where relevant.
  • Time and quantity: useful collection, arrival or completion times; load quantity or weighbridge weight where measured and evidenced. Do not present an estimate as a verified weight.
  • Ticket and supporting evidence: any applicable weighbridge ticket, delivery docket, reference, photograph, customer signature or site note.
  • Exceptions: delays, rejected loads, changes, disputed quantities or instructions that affect the completed job.

A single job might involve dozens of similar trips. The records should make it possible to distinguish them without asking drivers to reconstruct the day from memory.

Example: spoil out, aggregates in

Imagine a site with excavation work under way. Tippers remove material to an agreed receiving facility; later, vehicles deliver the specified aggregate for the next stage of works.

  • For an outbound load, the office needs to connect the collection site, correct material description, intended and actual receiving facility, individual trip and any relevant weighbridge or waste documentation.
  • For an inbound load, the office needs the supply or order reference, material and quantity, delivery point, vehicle and proof of delivery.
  • For a repeated trip, the driver should be able to recognise the same job while each completed movement retains its own record.
  • For a subcontractor, the office still needs the completed load information alongside work done by its own vehicles.

That distinction matters to site queries, customer reconciliation and invoicing. It also avoids treating an inbound aggregate delivery as if it were an outbound waste movement.

What should the driver have in front of them?

Keep instructions practical: which job, which site entrance, which material, where to load or tip, who to speak to, what reference to quote, and what evidence to bring back. The driver should know who to contact if the destination, booking or load changes.

Do not ask drivers to make waste-classification or receiving-site authorisation decisions that belong with the responsible people. Their job is to follow safe, authorised instructions and accurately report what happened.

What does the office need at the end of the day?

The office should be able to answer a few straightforward questions: How many trips were completed for this job? Which loads went to which destination? Did the quantities and weighbridge tickets match the customer or supplier paperwork? Were subcontractor movements included? Is any evidence missing before invoicing?

When records are tied to a job and available to the office as the work progresses, those questions are easier to resolve than when the paperwork arrives in separate messages and cab folders.

If a load is diverted or refused, preserve the original details

If a facility refuses a load, record the stated reason, original destination and who authorised the next step. The office should check acceptance, authorisation and required paperwork before sending the material elsewhere. Keep both the planned and actual outcome so the exception does not disappear from the job history.

For a fuller example, read our muck-away journey from excavation to receiving site and our guide to keeping subcontractor loads on the same job.

Operational load records are not the same as waste paperwork

For waste movements, the responsible parties must still meet the applicable duty-of-care and documentation requirements. In England and Wales, see the GOV.UK waste duty-of-care code and guidance on waste transfer notes. Requirements differ for hazardous waste, and Scotland and Northern Ireland have their own regulatory arrangements. A digital job or load record does not by itself replace documentation required by law.

How to assess software against a real earthworks job

Take one recent job with repeated loads, an inbound delivery, a hired-in lorry and a change of destination. Ask the software supplier to show exactly what the driver sees and what the office can retrieve afterwards. Check whether the result is one understandable job record rather than disconnected dockets.

See how Tipper360 supports earthworks and site-clearance load management, including job instructions, repeat movements, subcontractors and office records. For deliveries of stone, sand and other materials, see our aggregates and quarry workflow.