TechPrufer
InterviewBlogEngineering
Sign inGet started
TechPrufer
Feed
CareerApplicationsTailor
ResourcesInterview QuestionsSalaries
Engineering Notes
Library
SavedHistory
Save your progress

Sign in to save posts, track applications and tailor resumes.

Sign in
BlogsFigure AI
Robot Fleet Decommissioning and Material Reclamation
Figure AI
Figure AI logoFigure AI · Feature trail

Robot Fleet Decommissioning and Material Reclamation

1 post · Sep 2026

What this trail covers

Figure AI has successfully decommissioned its F.02 robot fleet. This involved developing novel methods for safely disposing of robots with proprietary hardware and lithium-ion batteries, including training robots to autonomously jump into molten steel for material reclamation. The reclaimed metal is being used to create commemorative artifacts. This capability extends to managing the lifecycle of robot fleets and exploring sustainable material recovery.

All Figure AI trails
  1. Sep 2026F.02 DecommissionThis post details the engineering challenges and solutions for decommissioning a fleet of custom-built robots, specifically the F.02 fleet. Key technical aspects include: developing a safe disposal method for robots containing proprietary actuators and lithium-ion batteries, which traditional metal foundries could not accommodate. This led to training robots using AI policies to autonomously jump into molten steel in a specialized foundry in Finland. The process involved simulating jump trajectories, adapting to extreme environmental conditions (heat, electromagnetic fields) that caused electronic failures, and successfully executing the task within tight time constraints. The reclaimed metal is then machined into commemorative artifacts, demonstrating a novel approach to material reclamation and lifecycle management for robotic hardware.
  2. Advertisement

What this trail covers

Figure AI has successfully decommissioned its F.02 robot fleet. This involved developing novel methods for safely disposing of robots with proprietary hardware and lithium-ion batteries, including training robots to autonomously jump into molten steel for material reclamation. The reclaimed metal is being used to create commemorative artifacts. This capability extends to managing the lifecycle of robot fleets and exploring sustainable material recovery.

All Figure AI trails

Interview questions

All companies
  • M
    Meta interview questions
  • U
    Uber interview questions
  • A
    Apple interview questions
  • S
    Stripe interview questions
  • N
    Netflix interview questions
  • A
    Anthropic interview questions
  • G
    Google interview questions
  • A
    Amazon interview questions

Salaries

All salaries
  • M
    Microsoft salaries
  • A
    Amazon salaries
  • G
    Google salaries
  • S
    Salesforce salaries
  • O
    Oracle salaries
  • P
    PayPal salaries
  • G
    Goldman Sachs salaries
  • A
    Adobe salaries

Product

  • Resume Editor
  • Job Tailor
  • Application Tracker
  • LinkedIn Improver
  • Chrome Extension
© 2026 TechPrufer · techprufer.com
TermsPrivacy
FeedCareerResourcesBlogs