Recurring concern

Unreliable safety controls for stationary vehicles on dynamic hard-shoulder motorways

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First reported 14 Oct 2019•Latest report 17 Feb 2024

Definition

What this concern includes

Includes failures in controls specifically intended to prevent, detect, warn about or mitigate the risks created by stationary vehicles on dynamic hard-shoulder or all-lanes-open motorways, including emergency refuge provision, monitoring, stationary-vehicle detection, warnings and protection for stranded occupants.

Not included

  • Excludes general motorway breakdown, driving or vehicle-maintenance failures not tied to stationary vehicles on dynamic hard-shoulder or all-lanes-open motorways.
  • Excludes the existing narrower concerns limited solely to emergency-refuge provision or stationary-vehicle detection when no wider stationary-vehicle safety condition is asserted.
  • Excludes hospital, ambulance or emergency-service response failures after the stationary-vehicle hazard has been reliably detected and appropriately managed.
  • Excludes generic smart-motorway design or public-information concerns where stationary-vehicle safety is not the material unsafe condition.
Reports
6

Distinct published reports

Individual concerns
7

A report can raise multiple concerns

Date range
2019–2024

First to latest report issue date

Stated actions
17

Described in published responses

Reports over time

Reports over time

Reports about this concern issued each year.

* 2026 is projected from reports observed to 7 Sep 2026.

Most frequent recipients

Most frequent recipients

Reports about this concern sent to each recipient.

National Highways6

Concerns and responses across reports

Only concerns grouped under this recurring concern are included. Select any concern, action or position to view the source wording.

  1. Staffordshire and Stoke-on-Trent

    AI-generated summary

    Mr Kevin O'Reilly · Prevention of Future Deaths report

    This summary was generated using AI from the published report. Please read the original report for the complete account.

    Report summary

    Kevin John O'Reilly was injured in a motorway collision on 29 June 2023 after his vehicle ran out of petrol and stopped in lane three. He later developed sepsis and pneumonia, followed by a large intracranial bleed, and died on 6 February 2024 from a traumatic intracranial haemorrhage. The concerns included the lack of stopping areas between designated refuse areas on the all-lanes-open motorway and the absence of monitoring of such motorways.

    Read the report on judiciary.uk

    Source evidence

    How this individual concern was interpreted

    PFD Monitor created a concise, searchable interpretation from the report wording shown below.

    PFD Monitor interpretation

    Lack of stopping areas between refuse areas on all lanes open motorways

    Wider context from the report

    “i. It was accepted at inquest that Mr O’Reilly was on an all lanes open motorway. This type of motorway has all lanes open for vehicles to use, and areas for vehicles to stop every 1.6 miles, but not areas in between. ii. It was accepted that there was no area for vehicles to stop should they need to, unless they were near to the refuse areas spaced 1.6 miles apart, and the all lanes open motorways were not monitored. ”

    Source location

    Mr Kevin O'Reilly · Prevention of Future Deaths report
    Page 2 · concerns

    Open source report

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Complete the nationwide programme constructing and installing more than 150 additional emergency areas on all-lane-running motorways.

    Verbatim wording from the response

    “Over the last 2 years, National Highways has been adding additional emergency areas to some ALR sections of motorway. We recently completed a nationwide programme to construct and install more than 150 additional emergency areas². We prioritised locations where emergency areas could make the most difference and bring benefits to drivers. The M6 junction 10a to 13 was not included as one of the locations for additional emergency areas because after looking at the frequency of live lane stops alongside safety data, other locations were determined to be higher priority as emergency areas could make the most difference and bring benefits to drivers as soon as possible.”

    Source location

    Response from National Highways
    Page 2 · response
    Published 17 February 2025

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    The M6 section’s emergency areas were spaced 1.2 miles apart, within the applicable 1.6-mile design maximum.

    Verbatim wording from the response

    “This location complied with the design standards at the time (IAN/161) which required places to stop in an emergency at a maximum spacing of 2.5km (1.6 miles).”

    Source location

    Response from National Highways
    Page 1 · response
    Published 17 February 2025

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    New emergency-area standards are not retrospectively funded for the existing Strategic Road Network.

    Verbatim wording from the response

    “When a new standard is produced, National Highways is not funded to retrofit the Strategic Road Network (SRN) but to apply the new standard in any new works/designs. Currently, there are no plans for the addition of more emergency areas to this section of the M6 motorway.”

    Source location

    Response from National Highways
    Page 2 · response
    Published 17 February 2025

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    No additional emergency areas were planned because safety data identified higher-priority locations where they would provide greater immediate benefit.

    Verbatim wording from the response

    “Over the last 2 years, National Highways has been adding additional emergency areas to some ALR sections of motorway. We recently completed a nationwide programme to construct and install more than 150 additional emergency areas². We prioritised locations where emergency areas could make the most difference and bring benefits to drivers. The M6 junction 10a to 13 was not included as one of the locations for additional emergency areas because after looking at the frequency of live lane stops alongside safety data, other locations were determined to be higher priority as emergency areas could make the most difference and bring benefits to drivers as soon as possible.”

    Source location

    Response from National Highways
    Page 2 · response
    Published 17 February 2025

    Open published response
  2. Northamptonshire

    AI-generated summary

    David Levett · Prevention of Future Deaths report

    This summary was generated using AI from the published report. Please read the original report for the complete account.

    Report summary

    David Levett was a rear-seat passenger in a vehicle struck by a lorry on an all-lane-running smart motorway on 28 January 2018. He sustained severe head and chest injuries, was taken to hospital, and was confirmed deceased on 24 February 2018; evidence at the inquest raised concern that there was nowhere for the driver of the first vehicle to park safely, such as on a hard shoulder.

    Read the report on judiciary.uk

    Source evidence

    How this individual concern was interpreted

    PFD Monitor created a concise, searchable interpretation from the report wording shown below.

    PFD Monitor interpretation

    Absence of a safe stopping place on all-lane-running smart motorways

    Wider context from the report

    “DURING THE COURSE OF THE INQUEST, EVIDENCE WAS GIVEN THAT THE LOCATION OF THE COLLISION WAS ON AN ALL LANE RUNNING SMART MOTORWAY. THERE WAS NOWHERE FOR THE DRIVER OF THE FIRST VEHICLE TO PARK SAFELY e.g.. ON A HARD SHOULDER. ”

    Source location

    David Levett · Prevention of Future Deaths report
    Page 1 · concerns

    Open source report

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Install over 150 additional emergency areas on operational and construction all-lane-running motorways, subject to governance.

    Verbatim wording from the response

    “In taking forward the 2021 TSC recommendations, the government announced in January 2022 it was committing £390 million to install over 150 additional emergency areas during the second Road Investment Period (2020-2025) on ALR motorways in operation and construction. This means drivers will have more places to stop if they get into difficulty. In comparison to January 2022 this will be around 50% more emergency areas, giving drivers added reassurance.”

    Source location

    Response from National Highways
    Page 5 · response
    Published 20 April 2023

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Consider retrofitting further emergency areas when formulating the 2025–30 Road Investment Strategy, based on evidence of potential benefits.

    Verbatim wording from the response

    “Retrofitting more emergency areas across the remainder of ALR motorways will be considered when formulating the 2025-30 Road Investment Strategy. This will be based on evidence of the potential benefits and considering whether the additional emergency areas help drivers to feel safer.”

    Source location

    Response from National Highways
    Page 6 · response
    Published 20 April 2023

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    A hard shoulder would not eliminate collision risk; emergency areas provide a safer relative place to stop during emergencies.

    Verbatim wording from the response

    “The concern raised focuses on the lack of a hard shoulder on an ALR motorway, and the subsequent question of where a driver can safely stop in an emergency. Hard shoulders do not eliminate the risk of collision, and 1 in 14 of all deaths on motorways happen on hard shoulders (based on 2016-2020 data). The hard shoulder is perceived to be a place of safety, but in reality it does not provide a completely safe place to stop.”

    Source location

    Response from National Highways
    Page 2 · response
    Published 20 April 2023

    Open published response
  3. Berkshire

    AI-generated summary

    Zoltan TOROK · Prevention of Future Deaths report

    This summary was generated using AI from the published report. Please read the original report for the complete account.

    Report summary

    Zoltan TOROK died from multiple injuries after riding his motorcycle into a stationary Land Rover on the M4 motorway on 7 May 2021. The report raises concerns about the absence of a hard shoulder or refuge on the motorway section under conversion to a smart motorway, the distraction caused by the stranded vehicle’s occupants, and risks arising from mixing smart motorways with traditional hard-shoulder motorways.

    Read the report on judiciary.uk

    Source evidence

    How this individual concern was interpreted

    PFD Monitor created a concise, searchable interpretation from the report wording shown below.

    PFD Monitor interpretation

    Lack of refuge or hard shoulder for stranded vehicles on smart motorways

    Wider context from the report

    “(1) On the date of the death the particular section of the M4 motorway was not completed as a smart motorway, but was substantially in course of conversion such that to all intents and purposes it had the intended characteristics of a smart motorway, specifically that there was no run-off lane or safety lane or hard shoulder, but all lanes were running lanes. The edge of the near side of the inner lane was a solid continuous concrete wall. The inquest heard evidence from the police collision investigator that the collision would not have occurred if the broken down Land Rover had been able to pull out of the running lane into a refuge or onto a traditional hard shoulder. (2) The hazard created for moving traffic by the obstruction of the stranded vehicle was compounded by the unexpected proximity of the occupants from the stranded vehicle standing immediately next to the running lane, albeit on the safe side of the barrier, which is likely to have been distracting to drivers moving at a typical and lawful motorway speed, and on the evidence was a distraction to the deceased. (3) In addition the court heard evidence from an experienced qualified mechanical engineer, fellow of the Institute of Mechanical Engineers, with over 40 years of professional engagement in the motor industry, that the policy of mixing smart motorways with traditional hard shoulder motorways created a latent risk that road users will become accustomed to treating the left or inner lane of motorways as a live running lane even when it remains a conventional hard shoulder, thereby endangering road users who have to pull off the road onto the hard shoulder. (4) The essential purpose of a motorway as a multi-lane high speed direct communication between locations likely to be long distances apart is both undermined, and has a tendency to potentiate risks to road users, if the running lanes are liable suddenly and unexpectedly to become blocked in a dynamic situation, with no refuge available to the stranded vehicle. ”

    Source location

    Zoltan TOROK · Prevention of Future Deaths report
    Page 2 · concerns

    Open source report

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Deliver a £390 million programme installing additional emergency areas across operational smart-motorway sections.

    Verbatim wording from the response

    “In addition to all of the above, working with Government we have committed to make further changes to ALR smart motorways. This includes delivering a £390 million programme to install additional emergency areas across operational sections. Our smart motorways stocktake second year progress report details all the work we are doing to continue to make enhancements to our smart motorway network.”

    Source location

    Response from Smart Motorways
    Page 4 · response
    Published 22 March 2022

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    The incident occurred under temporary roadworks traffic management, not on a completed all-lane-running smart motorway.

    Verbatim wording from the response

    “As you recognise in your response, the section of the M4 within which Mr Torok met his tragic death was not at the time operating as a smart motorway and so did not have the features of a completed section of an ALR smart motorway, but instead had temporary traffic management arrangements in place, necessary for completing roadworks safely and consistent with those found in sections of roadworks across the whole of the Strategic Road Network in England. As you will appreciate, we were not involved in the inquest, but from what we know about the tragic incident, we do not believe we should have taken or need to take any additional actions in response and your understanding of National Highway’s position is correct.”

    Source location

    Response from Smart Motorways
    Page 1 · response
    Published 22 March 2022

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    No additional actions are considered necessary in response to the concerns about hard-shoulder removal.

    Verbatim wording from the response

    “As you recognise in your response, the section of the M4 within which Mr Torok met his tragic death was not at the time operating as a smart motorway and so did not have the features of a completed section of an ALR smart motorway, but instead had temporary traffic management arrangements in place, necessary for completing roadworks safely and consistent with those found in sections of roadworks across the whole of the Strategic Road Network in England. As you will appreciate, we were not involved in the inquest, but from what we know about the tragic incident, we do not believe we should have taken or need to take any additional actions in response and your understanding of National Highway’s position is correct.”

    Source location

    Response from Smart Motorways
    Page 1 · response
    Published 22 March 2022

    Open published response
  4. Bedfordshire and Luton

    AI-generated summary

    Zahid Ahmed · Prevention of Future Deaths report

    This summary was generated using AI from the published report. Please read the original report for the complete account.

    Report summary

    Zahid Ahmed, aged 19, died after a heavy goods vehicle collided with the Kia in which he was a passenger after it stopped in a live lane of the M1 following a mechanical defect. The report raised concerns that the absence of a hard shoulder and the lack of a clear safe place to stop after leaving the Emergency Refuge Area could create a risk of future deaths.

    Read the report on judiciary.uk

    Source evidence

    How this individual concern was interpreted

    PFD Monitor created a concise, searchable interpretation from the report wording shown below.

    PFD Monitor interpretation

    Absence of a hard shoulder or other safe stopping place on the all-lanes-running motorway

    Wider context from the report

    “1) The stretch of the M1 motorway where this fatal collision occurred is part of the ‘Managed Motorway’, which runs from Junction 13 to Junction 10. It features variable speed limits and, in places, an ‘actively managed hard shoulder’, which is a hard shoulder that in certain circumstances may be driven on. Variable speed limit and ‘hard shoulder running’ information is conveyed to drivers via electronic matrix signals message boards, and verge signs positioned along the Managed Motorway. These signals are controlled by operators within the Highways Agency Eastern Regional Control Centre (ERCC). At around 400m south of the Toddington Services southbound entry, the hard shoulder commences and is managed for a distance of around 1.1 km, before the motorway becomes designated ‘All Lanes Running’ (ALR) again around 500m north of Junction 11a. Travelling south from Junction 12, however, the motorway is ALR, and there is no hard shoulder. 2) Detective Constable ████████, of the Bedfordshire Police Serious Collision Investigation Unit, gave evidence at Mr Ahmed’s inquest as follows: “The absence of a hard shoulder contributed to the collision. Had the [deceased’s] vehicle been able to stop in a location other than a live lane, the offending HGV would not have driven into the back of it”. 3) The vehicle in which the deceased was a passenger suffered a mechanical defect which caused it to lose power. It is not clear where the vehicle could have pulled to a halt in a safe place in these circumstances, given that there was no hard shoulder and all lanes were live. I consider that could create a risk of future deaths. ”

    Source location

    Zahid Ahmed · Prevention of Future Deaths report
    Page 2 · concerns

    Open source report

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Apply the new emergency stopping-place spacing standard to newly designed smart motorways.

    Verbatim wording from the response

    “• We have published a new design standard for the provision of places to stop in an emergency. The new design standard (GD 301), which applies to all schemes entering the design stage, means that a place of relative safety will be spaced at ¾ miles apart, with a maximum of one mile where ¾ mile spacing is not feasible²”

    Source location

    2021-0062-Response-from-Highways-England-Redacted
    Page 4 · response
    Published 8 March 2021

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Monitor the effect of additional M25 emergency areas on live-lane breakdowns.

    Verbatim wording from the response

    “• We have installed 10 additional emergency areas on the M25 and we have begun a programme to monitor their impact on live lane breakdown rates to understand if they have reduced the level of live lane stops”

    Source location

    2021-0062-Response-from-Highways-England-Redacted
    Page 4 · response
    Published 8 March 2021

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Develop safety-measure delivery programmes for the M6 Bromford viaduct and four M1 sections, including the incident location.

    Verbatim wording from the response

    “• We are developing delivery programmes for additional safety measures for the M6 Bromford viaduct and four sections of the M1 (including the location of this incident). To inform this programme we commissioned independent reports and have undertaken feasibility studies of potential additional measures. The measure details are included in the “Details of further action proposed” section of this response”

    Source location

    2021-0062-Response-from-Highways-England-Redacted
    Page 4 · response
    Published 8 March 2021

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Install additional emergency areas where needed on the existing smart-motorway network.

    Verbatim wording from the response

    “| November 2021 Consider a national programme of retrofitting additional emergency areas on existing smart motorways where places to stop in an emergency are more than one mile apart | April 2022 Complete national rollout of SVD on existing ALR sections | September 2022 Install additional traffic signs giving the distance to the next place to stop in an emergency | September 2022 Complete the upgrade of HADECS3 cameras to enforce Red ‘X’ compliance | September 2022 Automate the display of ‘report of obstruction’ messages | March 2023 End the use of dynamic hard shoulders. | March 2025 Work with the DfT to review whether the emergency area data we made available to satnav providers is being shared with drivers | Ongoing”

    Source location

    2021-0062-Response-from-Highways-England-Redacted
    Page 8 · response
    Published 8 March 2021

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Complete safety risk assessments to guide possible widening of narrow emergency areas.

    Verbatim wording from the response

    “• We have commissioned an independent review of the widths of operational emergency areas. This found that 13 were less than 4.4 metres wide, but that all 13 are wider than the 3.3 metre width of a hard shoulder. We are now working on completing safety risk assessments to help guide our next steps for widening any narrow emergency areas.”

    Source location

    2021-0062-Response-from-Highways-England-Redacted
    Page 6 · response
    Published 8 March 2021

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Complete the programme to widen emergency areas narrower than the current standard.

    Verbatim wording from the response

    “• We will complete our programme to widen emergency areas which are narrower than the current standard.”

    Source location

    2021-0062-Response-from-Highways-England-Redacted
    Page 7 · response
    Published 8 March 2021

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Although absence of hard shoulders increases collision risk, all-lane-running motorways reduce overall risks and result in fewer deaths than conventional motorways.

    Verbatim wording from the response

    “However, risk cannot be eliminated entirely from roads. Hard shoulders do not eliminate the risk of collision and, indeed, 8% (or 1 in 12) of all deaths on motorways are on hard shoulders. The specific risk posed by the absence of hard shoulders on all lane running smart motorways, and in particular the greater risk of collision between stationary and moving vehicles has been recognised throughout. But that specific increased risk is outweighed by the reduction in”

    Source location

    2021-0062-Response-from-Highways-England-Redacted
    Page 2 · response
    Published 8 March 2021

    Open published response
  5. Birmingham and Solihull

    AI-generated summary

    Jamil Ahmed · Prevention of Future Deaths report

    This summary was generated using AI from the published report. Please read the original report for the complete account.

    Report summary

    On 18 August 2017, Jamil Ahmed’s lorry stopped on the hard shoulder of a smart motorway, and he was fatally injured when another lorry travelling at 55mph collided with it 135 seconds later. The report raised concerns about the use of the hard shoulder as a running lane, including high traffic speeds and volumes, limited escape options, and the suitability of this stretch of motorway given the significant drop beside the hard shoulder.

    Read the report on judiciary.uk

    Source evidence

    How this individual concern was interpreted

    PFD Monitor created a concise, searchable interpretation from the report wording shown below.

    PFD Monitor interpretation

    Heightened collision hazard from stationary vehicles in motorway running lanes

    Wider context from the report

    “Whilst any vehicle may break down on any road, in relation to motorways: (1) drivers do not expect to come across a stationary vehicle in a running lane, (2) the speed of traffic is high, (3) the volume of traffic is high increasing the number of people affected by a stationary vehicle, (4) the options for the occupants of a stationary vehicle to escape the road are more limited, and (5) not all stretches of motorway are necessarily appropriate for use as ‘smart’ motorways ; For example, the stretch of motorway in question was raised with a significant drop next to the hard shoulder, as opposed to a stretch of hard shoulder adjacent to a bank or field. All five matters mean it is less likely other drivers will be able to take evasive action when confronted with a stationary vehicle. ”

    Source location

    Jamil Ahmed · Prevention of Future Deaths report
    Page 1 · concerns

    Open source report

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Conduct comprehensive driver information campaigns on breakdowns, Red X, keeping left and variable speed limits.

    Verbatim wording from the response

    “Highways England has undertaken comprehensive information campaigns highlighting how drivers must only stop on the carriageway in an emergency, and how drivers can reduce the likelihood of such an event occurring. In addition, comprehensive information campaigns have been undertaken, both before and after the date of this incident, highlighting to drivers what to do in the event of a breakdown on the motorway.”

    Source location

    Response-from-Highways-England_Redacted
    Page 2 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Enhance emergency refuge-area visibility using redesigned signs, more frequent approach signage and orange road surfacing on the M6 southbound.

    Verbatim wording from the response

    “Smart motorways have regular refuge areas for drivers to use in the event of an emergency. In this case, the nearest emergency refuge area was 300 metres further forward. Over the last 18 months we have been rolling out enhancements to the emergency refuge areas across the smart motorway network to increase driver awareness of their location. This has included a brand-new design of sign, more frequent approach signage and an associated orange road surface. This work has recently been completed on the M6 southbound between Junctions 6 and 5.”

    Source location

    Response-from-Highways-England_Redacted
    Page 2 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Repeat motorway safety information campaigns in four waves covering breakdowns, Red X, keeping left and variable speed limits.

    Verbatim wording from the response

    “We will be repeating our information campaigns on using motorways in four waves between early 2020 and March 2021. These will be focused on ‘what to do in a breakdown’, Red X, keeping left and variable speed limits. The date of the first phase of these campaigns has changed due to the ongoing evidence stocktake into smart motorways safety being carried out by the Department for Transport.”

    Source location

    Response-from-Highways-England_Redacted
    Page 3 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Roll out stopped-vehicle detection capability to similar smart-motorway schemes, beginning with the M3 between Junctions 2 and 4a.

    Verbatim wording from the response

    “Until trials were undertaken by Highways England, there has been no system to detect stopped lone vehicles in a live lane on any high-speed road therefore, as already highlighted, this risk is not confined to smart motorways. This risk is considerably higher when traffic volumes are lower, due to higher vehicle speeds. Also, the density of traffic at higher volumes means it is very difficult to detect stopped lone vehicles without an unmanageable amount of false alarms. Highways England recognised this risk and has undertaken successful trials of a radar detection system which detects stopped vehicles in low flow conditions. This is now operational on all of the smart motorway sections of the M25 without a hard shoulder.”

    Source location

    Response-from-Highways-England_Redacted
    Page 3 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Explore and evaluate CCTV analytics, vehicle telemetry and crowdsourced data to reduce risks to stopped vehicles in higher-flow conditions.

    Verbatim wording from the response

    “We are exploring other technologies which could reduce the risk to stopped vehicles in higher flow conditions. These include CCTV analytics, vehicle telemetry and crowd sourced data. As these are innovative solutions, which require evaluation and testing, Highways England is unable at this time to set out a timetable if and when this technology will be rolled out on the motorway network. This is also subject to our Government funding settlement for the period 2020-2025 which is yet to be confirmed.”

    Source location

    Response-from-Highways-England_Redacted
    Page 3 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Safety assessments indicate smart motorways are as safe as, or safer than, conventional motorways, and the stopped-vehicle risk is not confined to smart motorways.

    Verbatim wording from the response

    “The introduction of smart motorways has been Government policy since 2008. The smart motorway package of measures is considered appropriate for Highways England’s network and gives flexibility to allow for increased demand from road users, whilst maintaining or improving the safety of our roads.”

    Source location

    Response-from-Highways-England_Redacted
    Page 1 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Existing smart motorway technology and operational procedures are considered sufficient to mitigate risks from stopped vehicles, including lane closures, warnings and traffic officer assistance.

    Verbatim wording from the response

    “If a driver does not stop in a place of relative safety (such as an emergency refuge area) smart motorways have far greater operational oversight and technology than other high-speed roads to reduce the risk to road users. Once our control centre is aware of the situation (which may be via the Police or roadside technology, such as CCTV), we can use the smart motorway”

    Source location

    Response-from-Highways-England_Redacted
    Page 2 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Existing MIDAS, CCTV coverage and operational management are considered sufficient to mitigate stopped-vehicle risks during higher traffic flows.

    Verbatim wording from the response

    “Our assessments have shown that the risk to drivers is reduced when using a dynamic hard shoulder running scheme compared to motorways not operating dynamic hard shoulder running schemes. This is largely due to the additional technology and enhanced operational management which is not present on conventional motorways. When flows are higher our Motorway Incident Detection and Automatic Signalling (MIDAS) system detects slow moving traffic, and warns drivers by setting appropriate message and speed limits without operator intervention. This is a proven safety system which, along with comprehensive CCTV coverage, helps to mitigate the risk to stopped vehicles when traffic flows are higher.”

    Source location

    Response-from-Highways-England_Redacted
    Page 3 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Further rollout of innovative stopped-vehicle technologies cannot yet be timetabled because evaluation, testing and Government funding remain unresolved.

    Verbatim wording from the response

    “We are exploring other technologies which could reduce the risk to stopped vehicles in higher flow conditions. These include CCTV analytics, vehicle telemetry and crowd sourced data. As these are innovative solutions, which require evaluation and testing, Highways England is unable at this time to set out a timetable if and when this technology will be rolled out on the motorway network. This is also subject to our Government funding settlement for the period 2020-2025 which is yet to be confirmed.”

    Source location

    Response-from-Highways-England_Redacted
    Page 3 · response
    Published 15 November 2019

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Stopped-vehicle detection on future smart motorway schemes is conditional on the availability of funding.

    Verbatim wording from the response

    “We have begun to rollout stopped vehicle detection capability to similar schemes which will commence with the M3 between Junctions 2 and 4a to be completed by December 2020. Subject to funding, stopped vehicle detection capability will be included on all future smart motorway schemes beginning construction from March 2020.”

    Source location

    Response-from-Highways-England_Redacted
    Page 3 · response
    Published 15 November 2019

    Open published response
  6. Birmingham and Solihull

    AI-generated summary

    Dev Dilesh Naran · Prevention of Future Deaths report

    This summary was generated using AI from the published report. Please read the original report for the complete account.

    Report summary

    Dev Dilesh Naran, aged 8, sustained an unsurvivable head injury as a rear-seat passenger when the Toyota Yaris in which he was travelling stopped in a live motorway lane and was struck from behind by a large goods vehicle. Concerns included the risks posed by stopped vehicles in live lanes, the lack of automatic alerts for lone stationary vehicles, and specific safety risks associated with the dynamic hard shoulder on this section of the M6.

    Read the report on judiciary.uk

    Source evidence

    How this individual concern was interpreted

    PFD Monitor created a concise, searchable interpretation from the report wording shown below.

    PFD Monitor interpretation

    Failure to target stationary-vehicle detection research at dynamic hard shoulder schemes and the M6

    Wider context from the report

    “5. Mr. Maxwell Brown, Head of Road Design, Safety, Engineering and Standards, at Highways England gave evidence that a colleague is undertaking research into technology that could be used to identify lone stationary vehicles in higher traffic flows. Mr. Brown did not know what technologies were being considered nor what the time scale for this project is. Mr. Brown’s evidence was that this is not being looked at with dynamic hard shoulder running schemes in mind nor for the M6 specifically as it is not regarded as an acute problem. ”

    Source location

    Dev Dilesh Naran · Prevention of Future Deaths report
    Page 2 · concerns

    Open source report

    Source evidence

    How this individual concern was interpreted

    PFD Monitor created a concise, searchable interpretation from the report wording shown below.

    PFD Monitor interpretation

    Unavailability of lone-stationary-vehicle detection in higher-flow dynamic hard shoulder schemes

    Wider context from the report

    “4. The Highways Agency is introducing a radar system to identify lone stationary vehicles on All Lane Running schemes which will operate in low flow. This technology does not operate in moderate to high flow density and is not intended for use on dynamic hard shoulder running schemes where the hard shoulder would not be in use in low flow traffic. ”

    Source location

    Dev Dilesh Naran · Prevention of Future Deaths report
    Page 2 · concerns

    Open source report

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Evaluate and test alternative technologies for detecting stopped vehicles in higher-flow conditions, including CCTV analytics, vehicle telemetry and crowdsourced data.

    Verbatim wording from the response

    “We are exploring other technologies which could reduce the risk to stopped vehicles in higher flow conditions. These include CCTV analytics, vehicle telemetry and crowd sourced data. As these are innovative solutions, which require evaluation and testing, Highways England is unable at this time to set out a timetable if and when this technology will be rolled out on the motorway network. This is also subject to our Government funding settlement for the period 2020-2025 which is yet to be confirmed.”

    Source location

    2019-0341-Response-by-Highways-England
    Page 4 · response
    Published 13 November 2019

    Open published response

    Source evidence

    How this respondent action was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    Roll out stopped-vehicle detection capability to similar smart motorway schemes, starting with the M3 between Junctions 2 and 4a.

    Verbatim wording from the response

    “3. We have begun to rollout stopped vehicle detection capability to similar schemes which will commence with the M3 between Junctions 2 and 4a to be completed by December 2020. Subject to funding, stopped vehicle detection capability will be included on all future smart motorway schemes beginning construction from March 2020.”

    Source location

    2019-0341-Response-by-Highways-England
    Page 4 · response
    Published 13 November 2019

    Open published response

    Source evidence

    How this respondent position was interpreted

    PFD Monitor created a concise, searchable interpretation from the published response wording shown below.

    PFD Monitor interpretation

    A timetable for higher-flow stopped-vehicle detection cannot be provided because technologies require evaluation and testing and funding is unconfirmed.

    Verbatim wording from the response

    “We are exploring other technologies which could reduce the risk to stopped vehicles in higher flow conditions. These include CCTV analytics, vehicle telemetry and crowd sourced data. As these are innovative solutions, which require evaluation and testing, Highways England is unable at this time to set out a timetable if and when this technology will be rolled out on the motorway network. This is also subject to our Government funding settlement for the period 2020-2025 which is yet to be confirmed.”

    Source location

    2019-0341-Response-by-Highways-England
    Page 4 · response
    Published 13 November 2019

    Open published response
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Data last updated 7 September 2026