Loading Optimization Engine for Real-world Logistics

Input

Build your plan

Cargo, vehicle, rules, solve.

1Cargo
2Vehicle
3Rules
4Solve

01 Cargo listPreloaded demo cases

1. Cargo

Choose a demo case

Choose sample

Loads immediately.

Your own case

Use your own case

New cases are disabled in this public demo.

02 VehicleDimensions, payload and zones

2. Vehicle Setup

Container or truck dimensions

Loaded from the demo case; settings are read-only.

Vehicle template

Length Width Height Max weight Optional payload cap. Weight zones Zone cap Per length zone.

Vehicle footprint Dimensions will sync with the selected job.

03 Planning rulesConstraints and solver priorities

3. Review Rules

Constraints and planning goal

Settings used for this precomputed demo result.

Constraint preset

Rule family

Cargo surfaces

Activation

Irregular top surfaces ? Top-load restrictions: items marked fragile, non-stackable, no top load, or limited load-bearing cannot support cargo above them. No cargo above uneven or non-load-bearing tops.

Settings

Minimum support ? Range 50% to 100%. Requires each stacked box to have at least this share of its base supported.

50%100%

100%support required

4. Solve

Build the load plan

Generate a validated layout for this demo case.

Sample payload (read-only)

Custom payloads are available in private demos.

Case overview

What will be planned

No run yet

Plan workspace

Loading plan

Inspect the layout, compare candidates, then hand it to the loading team.

Your workspace is ready

Turn the selected case into a loading plan

Build the plan to see the packed container, operational checks, placement order, and warehouse-ready guide.

Review setup and build

Interactive layout

3D packing view

Drag to rotate · Scroll to zoom

Compare candidatesSpace, weight, balance, and operational quality

Candidate	Packed	Space	Weight	Value	Balance	Obstacles	Valid	Grade

Placement instructionsExact position and dimensions for every loaded unit

Instance	Position	Size	Value	Weight

Need the raw data? Guide, placements, and solution payload.

Container Loading Optimization

Build your plan

Choose a demo case

Use your own case

Container or truck dimensions

Constraints and planning goal

Cargo surfaces

Vehicle balance

Unloading flow

Solver priorities

What will be planned

Loading plan

Turn the selected case into a loading plan

3D packing view

Bring your own loading case