Inside reMarkable
Paper Pro Move: Product Impact Summary
Evaluating product sustainability requires looking at every stage from raw material sourcing and assembly energy to transport and repairability. Here is how reMarkable Paper Pro Move measures up.
Carbon footprint
The total cradle-to-grave footprint for reMarkable Paper Pro Move is 25.4 kg CO₂e, compared to 58 kg CO₂e for the reMarkable Paper Pro, calculated using equivalent ISO 14040 life cycle assessment standards.
(Calculations are based on lifecycle mapping conducted by CEMAsys in 2025)
Recycled materials and energy
While reMarkable Paper Pro Move shares key technology with the larger Paper Pro, including a Canvas Color display and 64 GB storage, emissions cuts were achieved through renewable energy in final assembly and verified recycled materials:
- 100% recycled aluminum in the midframe and power button
- 100% recycled rare-earth metals in the magnets
- 100% recycled cobalt in the battery
- Increased renewable energy used during Tier-1 final assembly
Repairability and refurbishment
Unlike previous models with solid aluminum casing, reMarkable Paper Pro Move features a removable backplate. This allows technicians to easily access and replace internal components, such as batteries and circuit boards, without discarding major housing assemblies.
For returned devices, regional refurbishment centers in Europe and Asia process incoming units, with a North American facility scheduled for 2026. Testing data indicates that 86% of returned units require only standard cleaning and quality checks before being repackaged for resale.
(Blog post edited in October 2026.)
