NASA veteran urges U.S. humanoid robotics policy push

A former NASA robotics leader, Robert Ambrose, is calling for a shift in U.S. humanoid robotics policy away from pure research funding and toward practical factory deployment. In an opinion piece for The Hill, Ambrose, who chairs Robotics and Artificial Intelligence at Alliant and previously led NASA’s Software, Robotics and Simulation Division, argues that federal policy still treats invention as the core challenge, while the harder problem for many small and medium-sized manufacturers is actually integrating humanoid robots into existing production lines. Many of these companies lack the in-house robotics expertise to evaluate platforms, plan integration, or train staff. Ambrose proposes a deployment-specific tax incentive that would reward companies for putting humanoids to work on factory floors, drawing a comparison to existing R&D and investment tax credits but emphasizing adoption over patents. He points to early examples of humanoid use at BMW, Tesla, and Amazon, though no details on scale or productivity are provided. Beyond tax credits, Ambrose wants to expand the Manufacturing Extension Partnership, a NIST-linked network, to include humanoid deployment experts who can help with site assessment, integration planning, and workforce training. On the technical side, he identifies interoperability as the next major economic hurdle, warning that manufacturers could face vendor lock-in if robot makers maintain incompatible hardware, software, and tooling ecosystems. He urges NIST to develop standards for communication protocols, software interfaces, and robot hand attachments, making multi-vendor fleets more realistic and reducing integration risk. The essay also frames the policy push in the context of competition with China, noting that at the 2026 IEEE Robotics and Automation conference, nearly all displayed humanoids were from China, and Chinese teams dominated the research papers. Ambrose contends that while the U.S. may lead in AI investment for robotics, domestic manufacturing capacity is essential because robot design improves through tight feedback between engineering and factory use. The proposed policy package is deliberately narrow: deployment tax incentives, expanded manufacturing extension support, and interoperability standards set while the market is still nascent. The article leaves open significant implementation questions, such as which specific humanoid deployments would qualify for incentives and how NIST would define interfaces across rapidly evolving robot platforms.