Scotland Uses 3D Exoscope in 13-Year-Old's Brain Surgery, Restoring Movement Within Days
Updated
Updated · BBC.com · Jul 20
Scotland Uses 3D Exoscope in 13-Year-Old's Brain Surgery, Restoring Movement Within Days
3 articles · Updated · BBC.com · Jul 20
Summary
13-year-old Toby Peart became one of Scotland's first brain surgery patients treated with a 3D exoscope, and his father said movement on his left side began returning within days despite pre-operation risks.
Doctors at NHS Greater Glasgow and Clyde had warned the tumour operation could impair Toby's speech, sensation and movement; his father said some effects appeared immediately after surgery before easing.
A 13-14mm tumour on the right side of Toby's brain was found after months of worsening symptoms that began with pins and needles and pain in his left leg in April 2025.
NHS Greater Glasgow and Clyde said it is the first health board in Scotland to install the technology, which surgeons say improves precision, viewing angles and depth perception during complex brain operations.
Toby was discharged the following week in time for Christmas and returned to school in January, as clinicians said the system could also improve teamwork, workflow and training.
As robotic tools advance, what human skills will define the great surgeons of the future?
When will AI become the surgeon's standard co-pilot in the operating room?
Revolutionizing Pediatric Surgery: Early Success and Future Prospects of the Aeos 3D Robotic Exoscope in the UK
Overview
In November 2025, 13-year-old Toby Peart underwent pioneering brain surgery at the Royal Hospital for Children in Glasgow to remove a non-cancerous tumor. The surgical team used the B Braun Aesculap Aeos 3D Robotic Assisted Exoscope, which provided high-definition 3D imaging and robotic precision, allowing for enhanced accuracy during the delicate procedure. Thanks to this advanced technology, Toby’s recovery was remarkably rapid. The success of his surgery highlights how the Aeos 3D Exoscope not only improves surgical outcomes but also offers ergonomic benefits for surgeons, marking a significant step forward in pediatric neurosurgery.