Surgeons in London performed a robotic-assisted lung-cancer operation using the da Vinci 5 surgical system [1].
This procedure is part of a broader national effort to modernize surgical care. The UK government aims to have robotic assistance utilized in nine out of 10 keyhole surgeries in England by 2035 [1].
Surgeon Sasha Stamenkovic and senior cardiothoracic trainee Ali Ansaripour conducted the operation at a London hospital [1, 2]. The da Vinci 5 system allows surgeons to perform complex procedures with increased precision through small incisions, a method known as keyhole surgery.
Medical professionals said that the shift toward robotic systems is intended to improve the patient experience. By reducing the invasiveness of the surgery, hospitals can lower the risk of complications, and shorten the time patients spend in recovery [1, 2].
"The benefits are shorter length of stay, less pain for the patient, patient going home day one, day two," Ansaripour said [1].
The drive toward robotic integration involves not only the procurement of hardware but also the training of a new generation of surgeons. Trainees like Ansaripour are learning to operate the consoles to ensure the UK healthcare system can meet its long-term targets [2].
The 2035 goal reflects a strategic pivot toward technology-led healthcare in England. By scaling the use of these systems, the government intends to reduce the overall burden on hospital bed capacity and lower post-operative pain levels for thousands of patients [1].
“The UK government aims to have robotic assistance used in nine out of 10 keyhole surgeries in England by 2035.”
The adoption of the da Vinci 5 system in London signals a transition from robotic surgery being a niche specialty to a standardized requirement for keyhole procedures. If the UK meets its 2035 target, it will represent one of the most aggressive systemic integrations of surgical robotics in the world, potentially shifting the baseline for patient recovery expectations across the National Health Service.
