Agentic AI Comparison:
Figure AI vs May Mobility
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Introduction
This report compares Figure AI, a leader in AI-powered humanoid robots for general-purpose labor, and May Mobility, a pioneer in autonomous shuttles and microtransit vehicles, across key metrics relevant to their respective domains in robotics and mobility.
Overview
Figure AI
Figure AI develops humanoid robots like Figure 02, leveraging in-house vision-language-action AI models for fluid task execution in industrial settings, with early commercial pilots at BMW and a valuation nearing $40 billion.
May Mobility
May Mobility specializes in driverless autonomous shuttles and microtransit vans, deploying commercial driverless services in cities like Peachtree Corners using Tecnobus vehicles for safe, scalable public transit.
Metrics Comparison
autonomy
Figure AI: 8
Figure 02 employs advanced in-house vision-language-action models for general-purpose tasks, enabling high AI-driven autonomy in unstructured industrial environments, though still in early pilots.
May Mobility: 9
May Mobility operates fully driverless Level 4 autonomous shuttles in real-world urban deployments without safety drivers, demonstrating proven high autonomy in controlled transit routes.
May Mobility edges out with commercial driverless operations, while Figure AI excels in versatile humanoid autonomy.
ease of use
Figure AI: 6
Humanoid robots require AI training and integration for tasks, with pilots showing fluid execution but higher complexity for deployment compared to vehicles.
May Mobility: 9
Autonomous shuttles offer passenger-facing ease via app booking and hands-free rides, with established microtransit services prioritizing user convenience and safety.
May Mobility provides superior end-user simplicity for mobility, unlike Figure AI's labor-focused setup.
flexibility
Figure AI: 9
Humanoids support diverse general-purpose labor across industries like manufacturing, adapting via AI models to varied tasks beyond fixed routes.
May Mobility: 7
Shuttles excel in microtransit but are optimized for geofenced routes and group transport, limiting flexibility for individual or off-route use.
Figure AI's humanoid design offers broader application versatility over May Mobility's route-specific vehicles.
cost
Figure AI: 5
High development costs for humanoid hardware and AI, with premium valuation implying elevated pricing for early deployments despite falling AV component trends.
May Mobility: 8
Leverages cost reductions in AV tech (e.g., cheap LiDAR) for affordable microtransit fleets, cheaper than ridehailing while scaling commercially.
May Mobility benefits from mature AV economics, scoring higher than Figure AI's emerging humanoid expenses.
popularity
Figure AI: 8
Strong investor hype with $40B valuation, buzz in robotics media, and partnerships like BMW, positioning it as a humanoid leader.
May Mobility: 7
Established commercial rollouts in cities gain practical adoption and media coverage, though less hype than humanoid startups.
Figure AI leads in investor and media popularity, while May Mobility has solid operational traction.
Conclusions
Figure AI shines in flexibility and hype-driven popularity for transformative labor automation, while May Mobility leads in proven autonomy, ease of use, and cost-effective mobility deployments. Selection depends on use case: humanoids for versatile robotics or shuttles for immediate transit solutions.
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