Instant clarity for your carbon impact

See instantly
your impact

Get CO2e emission factors and full LCA simulations in seconds. Built for climate, procurement and R&D teams, backed by 120,000+ real emission factors, so every number is traceable and defensible.

120,000+ emission factors Traceable and auditable ISO 14040 phases
InstantLCAi : Impact Engine
live
Carbon footprint of an iPhone 16 (full life cycle)
Total estimated footprint
0.0 kgCO2e
Confidence range 65 to 85 kgCO2e
65 mean 71.6 85
By phase
5 phases ISO 14040
Manufacturing 58% Raw materials 21% Use 14% End of life 4% Transport 3%
Emission factors by phase source referenced
Raw materials
15.0 kgCO2e BAFU
Manufacturing
41.5 kgCO2e ADEME
Transport
2.1 kgCO2e ADEME
Use
10.0 kgCO2e BAFU
End of life
3.0 kgCO2e ADEME

Illustrative result. Every value links back to a referenced emission factor.

Three levels of analysis

Start with a single number. Go as far as the full life cycle tree, with every number linked to its source. You only pay for the depth you use.

ExampleSame product, three depths

Example: a 0.75 l stainless steel bottle, computed with real factors from the database (BAFU-2025).

Built for eco-design

Cut the footprint while the product is still a sketch.

The European Commission estimates that up to 80% of a product's environmental impact is settled on the drawing board. Most of its cost is committed there too. InstantLCAi estimates the full life cycle from a plain description, before any prototype exists, so you can act while a change is still a line in the specs, not a new production line.

The earlier you act, the more you can change

Share of a product's life cycle impact and cost (%)

  • Room to change impact and cost
  • Accumulated impact and cost
Illustrative values of the two curves
StageRoom to changeAccumulated
Start of design100%0%
End of design20%5%
End of manufacturing3%54%
End of life0%100%

Illustrative curves: the split between manufacturing and use depends on the product.

Source of the 80% figure: European Commission

  • Start from a description

    Materials, where it is made, how long it lasts: no bill of materials needed.

  • See what will weigh the most

    The estimate splits by component and life cycle phase, so you know where to focus.

  • Test the alternatives

    Steel or aluminium, made in Europe or in Asia, five or ten years of use: run each option and compare.

Put a defensible number on every decision.

Run your first simulation in seconds and see the full breakdown, sourced and traceable.