Recently I had the chance to visit Intuitive’s UK and Ireland facility in Winnersh, near Reading. This centre has become an important hub for robotic surgery training and innovation and I have to admit, it felt a little like stepping into the future. I was excited to see Intuitive’s newest systems, the da Vinci 5, their latest robotic-assisted surgical platform.
Now before anyone imagines robots independently carrying out surgery while doctors sit back drinking coffee, that is not how it works. The surgeon is still very much in control!

I had the chance to sit at the console and try a few tasks myself. It was one of those experiences that makes you appreciate just how much precision surgery requires. It was satisfying using the controls and seeing your movements translated into tiny, incredibly precise actions. It also made me appreciate the years of training surgeons go through to make difficult tasks look effortless.
A small fun fact: Intuitive has been around since the mid-1990s and was one of the companies that helped bring robotic-assisted surgery into mainstream medicine. Over the years, the da Vinci systems have gradually become familiar names in operating theatres around the world.

What excited me most, though, was not the robot itself. It was thinking about where all of this is heading. As someone working around kidney cancer surgery and surgical innovation, it is difficult not to imagine what operating theatres could look like in the future. Systems like da Vinci 5 now include dramatically increased computing power and are being built with future AI integration and data-driven insights in mind.

Cancer surgery has always involved a balancing act: remove enough tissue to treat the disease, preserve as much normal tissue as possible, and avoid harming important surrounding structures. The more information and precision surgeons have, the better. Standing there trying the console, I found myself having one of those moments where you realise the future people imagined years ago is not really “future” anymore.