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England and Wales High Court (Queen's Bench Division) Decisions |
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You are here: BAILII >> Databases >> England and Wales High Court (Queen's Bench Division) Decisions >> Carter v Kingswood Learning and Leisure Group Ltd [2018] EWHC 1616 (QB) (27 June 2018) URL: http://www.bailii.org/ew/cases/EWHC/QB/2018/1616.html Cite as: [2018] EWHC 1616 (QB) |
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QUEEN'S BENCH DIVISION
Strand, London, WC2A 2LL |
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B e f o r e :
____________________
PAULINE CARTER |
Claimant |
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- and – |
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KINGSWOOD LEARNING AND LEISURE GROUP LIMITED |
Defendant |
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Angus Piper (instructed by BLM) for the Defendant
Hearing dates: 5, 6, 8 and 11 June 2018
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Crown Copyright ©
MR JUSTICE FOSKETT:
Introduction
More detailed background
The abseiling tower and the way the abseiling was organised
"In the method used by the Defendant, the safety rope (controlled by the instructor) is attached to a chest harness and the abseil rope (controlled by the participant) is attached to the waist harness. These two separate harnesses are then connected by a karabiner so that in effect the client is wearing a harness which supports their thighs, waist, chest and shoulders. It should be noted that the purpose of the abseil here is to give the client an experience akin to abseiling which they can then process as part of their outdoor learning experience. If operated by an instructor in accordance with their training, the system used by the Defendant in this instance is likely to result in the weight of the client being supported more or less equally by the safety rope and by the abseil rope. This is probably chosen in these circumstances to facilitate a more rapid turnaround in the number of abseilers and to make the actual abseil easier for the client whilst retaining the perception of excitement of descending a vertical tower. We believe that this system – where the participant is almost lowered by the instructor as much as by controlling the abseil device themselves – still requires the instructor to pay attention to the actions of the participant in order to ensure a safe descent."
Mr Jones
"In the system used by the Defendant the safety rope always has some tension in it. This is easily evidenced by the fact that the client is instructed, and photographs support this, to hold the safety rope in one hand and the abseil rope in the other. This tension is controlled by the instructor squeezing the safety rope on their side of the Italian Hitch. A slack rope implies that there is "free" rope between the point at which it is attached to the clients' harness and the point at which it exits the Italian Hitch and thus offers no support at all. If the client is holding the safety rope then this cannot be the case and the only slack or "free" rope can be between the client's hand and the client's harness. This distance is unlikely to be more than 2 or 3 inches …." [He refers to a photograph very similar to the photograph in Appendix 2 to illustrate that last proposition.]
Mr Last
"Agrees that the design of the system implemented by the Defendant is intended to ensure that the "safety rope" (controlled by the instructor) always has some tension in it and therefore restricts the speed with which a participant can descend. As a consequence, the "abseil rope" (controlled by the participant) will only have the full body weight of the participant on it if the instructor freely feeds the safety rope through the Italian hitch friction system. The difference between a "slack" and a "taut" rope can best be explained by understanding that this is a continuum from very slack to very tight and that the "neutral" mid-point is where a rope has no slack in it, but is also not actually applying any pulling force on the participant. As climbing ropes have a degree of elasticity in them (even the ones commonly referred to as "static rope") when a participant applies their weight to a rope they will most likely drop a short distance unless the rope has been pulled very tight in the first place. The system employed by the Defendant – although specifically designed to eliminate the likelihood of the safety rope ever being slack – does allow for this possibility by either of two mechanisms. a. if the participant stops descending (by locking their abseil device) but continues to pull on the safety rope they may generate a loop of slack between their hand and the attachment to their chest harness, and b. if the instructor "pays out rope" rather than allowing the participant to pull the rope through the action of descending."
"… The client's upper body is supported by the harness at their shoulders but the neck and head are free to move. This is entirely normal in these circumstances and neither expert has ever encountered an example of support for the neck and head of an able-bodied person during an abseil."
Why and how the Claimant was abseiling and whether there was a neck injury
"As I went over the edge of the lead-in the slope and entered into the vertical drop, I was not prepared for the sensation at all. I remember it quite clearly because it wasn't pleasant. I was leaning right back. I didn't lose my balance exactly but the top half of my body suddenly flopped backwards. My head and neck jerked backwards and the harness pulled on me. I remember thinking 'that wasn't very nice'."
"No neck injury but was absailing (sic) prior
to admission - ? minor neck injury"
"… provided with an "ETRAN communication board. Used to good effect – [with] eye pointing. Please use with [patient] at all times."
"abseiling 1 wk before, put neck
before
fencing 1 hr later
very sick/awful
did not want to stop
rest fine
Sick & dizzy w/e cycling
Following The thumping h/ache …"
"We went through the events again that led to her stroke. On the Tuesday, she had been abseiling with her class and then she put her neck in an unusual position. She had been fencing an hour later when she felt very sick and awful but did not want to stop. She then was fine until the following weekend when she was sick and dizzy when cycling. The following Tuesday, she had a severe headache with dizziness and nausea which was worse than migraine she has known. She went to the GP where the blood pressure was higher than normal and again when not well went back on the Wednesday. On the Thursday, speech was difficult and she did not trust to get out of bed and then went by ambulance to St Peter's and then went to intensive care."
"I remember what an immense relief it was to know that the risk of a recurrence was low, but it also left me questioning how the VAD occurred in the first instance. I knew that she had been on an activity holiday in the days prior to feeling ill and that she had been abseiling. That was the only time she felt she could have done anything unusual as she remembered jerking her head. When we reconstructed events with the neurologist, working back from when Pauline was admitted to hospital, it seemed quite possible that the VAD could have occurred during the abseil."
"I believe, from information provided by Thorpe Lea School, that the residential trip was insured against personal accident under [reference given] and have been told that I need to write to this address to request details on how we proceed and what cover was in place as Kingswood is the policyholder. I would point out at this stage that the circumstances only point towards an accident under its accepted definition of a "sudden unexpected and specific event", there is no allegation of negligence or liability on behalf of Kingswood."
"All medical investigation into the cause of the [VAD] has eliminated disease-related or congenitally inherited underlying factors. However, the timeline and events leading to her subsequent [stroke] do on balance of probability point to Mrs Carter experiencing sufficient force on her neck whilst abseiling to cause the dissection mechanically and are consistent with those reported in other cases of spontaneous vertebral dissection. There were no significant prior events that would logically lead to such an outcome. We would submit therefore that this sits within the common definition of an accident."
"The Claimant will aver that for her to suffer this type of fall or flop backwards it was necessary for the safety rope, attached to her chest harness, to have become slack. Because of the function of the belay device (the Italian hitch) this slack could only have formed by one of two mechanisms. Either, the Defendant's instructor took hold of the live rope (the rope on the Claimant's side of the Italian hitch) and pulled it, feeding surplus rope through; or, the Defendant's instructor fed rope through the Italian hitch when the Claimant pulled on the safety rope herself. If either of these actions were undertaken whilst the Claimant's weight was supported through the main abseil rope with the brake applied, the tension on the safety rope would be lost and the safety rope would become slack. If enough slack formed on the safety rope it would cease to be effective in restraining the Claimant from falling or flopping backwards if she was unable to adequately control her descent using the brake on the main abseil rope."
"There is no evidence to suggest that the instructors pulled safety rope through themselves by pulling on the live-rope. This suggestion is not supported by the photographs taken on the day, which show the instructors with both hands on the dead rope."
"… if the Claimant 'flopped backwards' as she describes, this must have been caused by slack in the safety rope, which she created herself by pulling on the safety rope whilst descending the initial slope, either unconsciously, or to support herself."
"I walked steadily backwards at a normal pace and went straight over the vertical edge without stopping."
The medical evidence
"3.4.1 It is possible that Mrs Carter might have suffered vertebral artery dissection prior to visiting the Isle of Wight at the end of January 2013. It is widely recognised that cervical artery dissections can occur without obvious provocation.
3.4.2 It is also recognised that the symptoms of cervical arterial dissection may not develop until some days or even weeks after the dissection, although 70% are said to become symptomatic within two weeks of the dissection.
3.4.3 Dr Lane believes that, on the balance of probabilities, it is likely that the dissection occurred on 29th January 2013 while she was on the Isle of Wight. In Mr Macfarlane's opinion there are several possibilities to account for the dissection ….
…
3.5 Dr Lane believes that Mrs Carter suffered a minor injury to her neck during the abseiling event [and cites evidence in support]
3.7 Although cervical artery dissections are most commonly reported as being 'spontaneous', having no defined provocation, when dissections are attributed to a particular cause this is most often minor trauma to the head or neck.
3.8 Dr Lane notes that in the only published prospective study of stroke attributed to cervical artery dissection, a history of minor head or neck trauma prior to the stroke was found 20 times more commonly than in age and sex matched cases who had suffered stroke from other causes."
"Thirty-six radiologically confirmed dissection cases [20 (56%) vertebral artery, 16 (44%) internal carotid], and 43 controls were identified. Dissections were extracranial with intracranial extension in 10 (28%) cases. Infarction was demonstrated in 22 (61%) dissection cases. The most common wall deficit identified was an intimal flap. Twenty-three (64%) dissection cases had a recent history of neck trauma (P > 0·000) and 13 (36%) had vascular variants (P = 0·013). Conclusion Craniocervical arterial dissection cases, particularly vertebral artery, were more likely to have a history of neck trauma …."
"3.9 However, Mr Macfarlane notes that although this study was described as prospective, it required retrospective reporting of symptoms in patients who had already suffered dissection. This makes any study susceptible to recall bias …."
"3.10 In his opinion there is no substantial evidence that the symptoms Mrs Carter experienced during the abseiling event were more likely to induce injury leading to vertebral artery dissection than the activities she describes during the fencing, which involves rotation of the head for significant periods of time, potentially putting stress on the vertebral arteries. He notes also that it is not necessary for there to be either rapid rotation or jerking in order to injure such vessels. Static posture can cause this as well (eg. report of dissection after holding a telephone between ear and shoulder, or during lifting).
3.11 Moreover, he points out that the first neurological symptoms she experienced … occurred during fencing, and notes that cervical artery dissections often cause such symptoms immediately after the onset of the dissection.
3.12 Dr Lane concedes these points but notes that with regard to reports of seemingly innocuous provocations of cervical artery dissections, attribution does not confirm causation. He again stresses Mrs Carter's testimony that indicates she had symptoms consistent with minor neck injury during the abseiling event but experienced no such symptoms during the fencing."
"4.3 Statistically, cervical artery dissections are most commonly recorded as occurring spontaneously. We think it likely however, that many such cases have undiscovered genetic or anatomical predispositions which affect the strength and integrity of the arterial walls, rendering them especially susceptible to shear stress. This might also explain bilateral and multiple dissections, and dissections attributed to seemingly trivial and innocuous activities, as described extensively in our previous reports.
4.4 We agree that a spontaneous dissection cannot be excluded in Mrs Carter's case but also agree that there is no evidence that Mrs Carter suffers from a predisposition to this condition, as is the case in the majority of instances of cervical artery dissections."
"9.1 In Mr Macfarlane's view, the alleged index event is a possible rather than probable cause of the dissection, noting (a) spontaneous dissection is statistically more common and (b) the onset of Mrs Carter's symptoms occurred during the fencing activity not while abseiling.
9.2 Both abseiling and fencing are potential mechanisms, and while the Claimant reports neck pain in relation to abseiling, she actually reports the onset of neurological symptoms during fencing.
9.3 Furthermore, he emphasises that since neither abseiling nor fencing has been reported previously to cause cervical artery dissection, there is also no reason to believe that the vertebral artery dissection in Mrs Carter's case did not occur entirely spontaneously, since most cases are indeed apparently spontaneous. In summary, noting that we have agreed that there are four possibilities to account for the dissection, Mr Macfarlane does not agree that abseiling represents the precipitating event on the balance of probabilities. In his view it is but one of several possibilities.
9.4 Conversely, Dr Lane insists that given Mrs Carter's history of symptoms of minor neck injury during the abseil, and considering the evidence of a significant association between such neck symptoms in cases cervical artery dissection leading to stroke, and the lack of neck trauma symptoms during the fencing event, on the balance of probabilities the alleged index event caused the left vertebral artery dissection."
Conclusion