Types segmentation distinguishes three robot architectures: autonomous mobile, teleoperated, and hybrid. Autonomous mobile robots (AMRs) navigate hospital corridors using SLAM, typically wheeled; they capture 45 % of the market because they require minimal staff oversight. Teleoperated robots rely on a remote clinician interface, often on a tracked base for stability; they hold 30 % as they enable specialist input without physical presence. Hybrid systems combine onboard autonomy with optional remote control, frequently modular designs that can be reconfigured for different wards; they account for 15 % of sales, appealing to institutions seeking flexibility. Within each architecture, sub‑types emerge: wheeled versus tracked locomotion, single‑purpose versus multi‑purpose payloads, and fixed‑function versus open‑software platforms. The distribution reflects cost structures, integration complexity, and clinical workflow compatibility, thereby shaping the overall market size through differentiated pricing and adoption curves. Thus, hospitals with dense floor plans tend to favor wheeled AMRs, whereas legacy buildings with uneven surfaces drive adoption of tracked or hybrid platforms, reinforcing the segmentation’s impact on total market valuation.
