BTIG finds robotics economics depend on multi-shift deployment

Investing.com -- BTIG analysis shows that robotics deployments are moving faster, but the financial viability depends on hours worked and productive use rather than machine price alone.

The firm developed a model that finds single-shift leasing is not economical. Multi-shift deployment shows near break-even results, while high-hour operations can produce meaningful savings. Buying robots improves the economics but requires more upfront capital.

The industry is shifting from demonstrations to committed industrial deployments. BTIG attended RoboStrategy's Robotics Founders Forum and found that commercial deployments of Physical AI solutions are underway and expanding rapidly. This includes Dyna Robotics' laundry-operating robots and Maven's warehouse humanoids.

BTIG said skeptics may be working on outdated assumptions. In January, Gartner wrote it expects fewer than 20 companies to reach production-stage humanoid deployments in manufacturing and supply chain by 2028. Gartner cited cost multiples of task-specific alternatives, lower throughput and uptime, and battery constraints.

The studies behind that view describe humanoids running two to four hours per charge at 30% to 50% of human productivity. BTIG research finds that vendors now report battery swaps in under three minutes, 16-hour days at 99% uptime, and cycle times above human performance on bounded tasks.

BTIG developed a model comparing annual robot cost under Robot-as-a-Service or outright purchase with the value of human-equivalent labor hours the robot delivers. The model asks under what operating conditions the robot can pay for itself through labor substitution alone.

At a fully burdened labor rate of $30.46 per hour, a RaaS robot at $100,000 per year needs roughly 66 to 70 human equivalent productive hours per week to cover its cost. A single-shift site cannot supply enough work, while a two-shift site can reach break-even. A high-hour, six-day operation produces substantial savings if the robot delivers the assumed output reliably.

At the modeled lease rate, 40 scheduled hours per week and 75% productive use cannot break even. At 100 hours and 75%, annual savings reach approximately $10,000, or 9%. At 120 hours and 90%, savings rise to approximately $67,000, or 39%.

Under purchase assumptions, annual robot cost falls to approximately $78,000 and break-even use to 41%, but requires approximately $172,000 upfront.

You May Also Be Interested In

• Deepseek、Minimax Get License For Overseas Use - China Media
• Kimmeridge: Devon Should Sell $10B More Of Assets Or Sell Itself - Bloomberg
• Citi says housing sector contraction deepens as rates hit 7.5%