Remote Robotic Surgery Over 7000 km Achieves 100% Success in Small Trials

A systematic review published on arXiv by researchers from King’s College London and other institutions examined the feasibility of remote teleoperation for endovascular intervention robots. The analysis included 16 studies out of 2,501 initial results, focusing on technical feasibility, communication infrastructure, and clinical outcomes. The review found that mechanical or electromagnetic systems can steer catheters and guidewires across distances up to 7,000 kilometers. With robust communication infrastructure, network latency remained between 30 and 163 milliseconds—well within clinically acceptable thresholds for procedures like mechanical thrombectomy for acute stroke.

Clinical outcomes from small-scale human trials reported 100% procedural success, but the evidence base is still limited, with most data from animal or phantom models. The authors emphasize that remote teleoperation can reduce clinician radiation exposure and physical strain while expanding specialized vascular care to underserved regions. However, they identify key research gaps: lack of studies in low- and middle-income countries, and the need for multi-center clinical trials to validate safety, efficacy, and generalizability. The paper concludes that while the technology is promising, real-world adoption requires rigorous testing across diverse clinical settings.