GPT Packer

How can I help you pack today?

Describe your items and container, and I'll calculate the optimal arrangement.

"How many euro pallets (120x80cm) can I fit in a 40ft shipping container?"
"Container: 40 ft HQ Items: - Clothes: 10 boxes, 50×140×120cm, 5kg, non-stackable, 3cm gap - Shoes: 14 boxes, 80×120×90cm, 3kg, upright stackable (max 2 rows) - Metal Hangers: 8 boxes, 80×80×60cm, 20kg, ground placement only"
"Calculate optimal loading for a moving truck with mixed furniture sizes"
Powered by 3dpack.ing

Free AI Container Loading Calculator

GPT Packer is an AI-powered 3D bin packing calculator that helps you optimize cargo loading for shipping containers, trucks, and vans. Get instant loading plans with interactive 3D visualization.

Supported Container Types

  • 20ft Standard Container (5.9m x 2.35m x 2.39m)
  • 40ft Standard Container (12m x 2.35m x 2.39m)
  • 40ft High Cube Container (12m x 2.35m x 2.69m)
  • Moving trucks and vans
  • Custom container dimensions

Use Cases

  • Shipping and freight logistics
  • Warehouse and fulfillment optimization
  • Moving and relocation planning
  • E-commerce order packing
  • Manufacturing load planning

Frequently Asked Questions

How many euro pallets fit in a 20ft container?

A standard 20ft shipping container can typically fit 10-11 euro pallets (120x80cm) when loaded floor-level. GPT Packer can calculate the exact number based on pallet height and stacking requirements.

How do I calculate container utilization?

Container utilization is calculated by dividing the total volume of packed items by the container's internal volume. GPT Packer automatically calculates this and shows the percentage in the 3D visualization.

What is 3D bin packing?

3D bin packing is an optimization algorithm that determines the best arrangement of items in a container to maximize space utilization. GPT Packer uses AI to solve this complex problem instantly.

Is GPT Packer free to use?

Yes, GPT Packer is completely free. Simply describe your items and container, and get an optimized loading plan with 3D visualization.