New film footage reveals potential 'killer blow' to King Richard III

• Injury to interior surface of cranium revealed

• Injury consistent with a sword or the top spike of a bill or halberd

• Film is among 26 video sequences being made available to media by the University of Leicester

"It was one of those eureka moments which Carl Vivian happened to capture on film which we will all remember."- Professor Guy Rutty, University of Leicester/Home Office forensic pathologist

You can see the sequence here: Richard III - Discovering the Fatal Blow https://www.youtube.com/watch?v=31eXVysiI-Y This video link is currently unlisted and will not be made publicly available until after the embargo lifts

Image stills available to download via: https://www.dropbox.com/sh/1skm1m4p4fbxted/AAC6G_0YSC3BprDDOzmwhb6Ia?dl=0 ALL multimedia must be credited: 'Credit: University of Leicester'

New film footage revealing for the first time details of the potential killer blow that claimed the life of King Richard III has been released by the University of Leicester.

The sequence - showing the dramatic injury to the base of the skull as well as the inside of the top of the skull - is part of a package of films charting the scientific and archaeological investigations led by the project team from the University of Leicester.

It is among 26 sequences taken by University video producer Carl Vivian who is chronicling the key events in the Discovery, Science and Reburial of the last Plantagenet king. These sequences are accessible to the media by contacting Carl Vivian (details below).

Among the sequences there is one that has never been released before and shows the moment when Professor Guy Rutty of East Midlands Forensic Pathology Unit, based at the University of Leicester, found the potential killer blow.

Drawing on 19 years of experience as a Home Office Forensic Pathologist, Professor Rutty examined the skull and linked marks on the vertebra, the smaller of the two wounds to the base of the skull and a mark on the inside of the skull, suggesting that weapon had been thrust up from the base of Richard's neck and into his head.

Professor Rutty said: "I approached this examination as that of any patient - just because he was a King did not make a difference. Everyone is treated the same with the same doctor/patient relationship, the same respect in death and the same level of professional investigation.

"The key to this sequence is that alongside my role at the University of Leicester, I am a Home office forensic pathologist. Thus I was able to look at the large injury in the base of the skull and, through experience, I was able to identify the key injury.

"Using the specialist lighting equipment we have in the forensic mortuary at the Leicester Royal Infirmary, which was key to the examination, I then was able to put the three injuries together on pathological grounds and we all realised I had identified the potential lethal injury to King Richard III.

"It was one of those eureka moments which Carl Vivian happened to capture on film which we will all remember."

The video shows the initial examination of the trauma to the skeleton by Professor Rutty working with Dr Jo Appleby of the University's School of Archaeology and Ancient History.

Osteologist Dr Jo Appleby, who led the exhumation of the skeleton from the Greyfriars car park where Richard was discovered in 2012, said: "Following the identification of a major sharp force trauma to the base of the skull, which was probably inflicted by a sword or the top spike of a bill or halberd, we were interested to determine the angle of the blow.

"During filming, Professor Rutty noted a small traumatic lesion on the interior surface of the cranium, directly opposite the sharp force trauma. Careful examination showed that the two injuries lined up with one another, and also with an injury to Richard's first cervical vertebra.

"The combination of all three injuries provided evidence for the direction of the injury and also the depth to which the weapon had penetrated the skull."

The researchers, who examined the remains in a clinical environment at the Leicester Royal Infirmary, have already published in The Lancet their research into the trauma inflicted on King Richard III's body at the Battle of Bosworth Field on 22 August, 1485.

Using modern forensic analysis of the King's skeletal remains, they discovered that three of his injuries had the potential to cause death quickly- two to the skull and one to the pelvis.

The forensic imaging team, working with the Forensic Pathology Unit and our Department of Engineering, used whole body CT scans and micro-CT imaging of injured bones to analyse trauma to the 500-year-old skeleton carefully, and to determine which of the King's wounds might have proved fatal. They also analysed tool marks on bone to identify the medieval weapons potentially responsible for his injuries.

Professor Sarah Hainsworth, Professor of Material Engineering at the University, said: "Using modern forensic examination, we have discovered that Richard's skeleton sustained 11 wounds at or near the time of his death - nine of them to the skull, which were clearly inflicted in battle. The injuries to the head suggest he had either removed or lost his helmet. The other two injuries that we found were to a rib and his pelvis."

###

You can see the sequence here:

Richard III - Discovering the Fatal Blow

https://www.youtube.com/watch?v=31eXVysiI-Y

Read an account by Professor Hainsworth into the injuries inflicted on Richard's body on The Conversation: https://theconversation.com/nine-blows-to-the-head-and-then-he-was-dead-forensics-shed-light-on-killing-of-richard-iii-31751

More background info is available here: http://www2.le.ac.uk/news/blog/2014-archive-1/september/most-likely-cause-of-king-richard-iii2019s-death-identified

The Dig for Richard III was led by the University of Leicester, working with Leicester City Council and in association with the Richard III Society. The originator of the Search project was Philippa Langley of the Richard III Society.

---

---

Journal

The Lancet