They 10 key features and performance criteria of an Automated Vehicle
Thatcham Research to assess any car marketed as ‘automated’ or ‘driverless’ against these new criteria
Call issued to automated regulators; systems that require the driver to control or monitor the vehicle cannot be classified as automated
As the reality of automated vehicles on UK roads draws nearer, insurers are today answering a question which continues to challenge the automotive industry; exactly what should a vehicle be capable of doing to deserve the title “Automated”?
To meet the Automated and Electric Vehicle Bill’s definition of an automated vehicle, UK insurers are today setting out minimum criteria for a vehicle’s automated systems.
Matthew Avery, director of research at Thatcham Research comments: “The insurance industry welcomes the UK Government’s commitment in the Automated and Electric Vehicles Bill to create a list of automated vehicles. It is crucial, therefore, that that there is a clear definition of what constitutes an automated vehicle. Regulators and insurers require this to classify and insure vehicles appropriately, while consumers need to understand the functionality and capability of the vehicle and their own responsibilities. Consequently, a system that needs the driver to control or monitor the vehicle in any way cannot be classified as automated.”
Ben Howarth, Senior Policy Adviser for Motor and Liability at the Association of British Insurers, said: “Truly automated vehicles have the potential to drastically reduce road accidents, cut delays and make it easier for people who cannot drive to get around. However, there will inevitably be a transition period from today’s cars to the vehicles of the future, via vehicles which offer gradually increasing levels of autonomy. There is the potential for confusion during this interim stage when people could wrongly think their vehicles can be left alone to manage a journey independently. Insurers want to see manufacturers being absolutely clear about how they describe what their vehicles can do – and we think this checklist of ten things which define a truly automated vehicle should be adopted across the industry to help give clarity to consumers.”
The 10 key features and performance criteria required of a truly automated vehicle:
1. Naming: clearly describes automated capability
2. Law abiding: complies with UK traffic laws and the Highway Code
3. Location specific: functionality is limited to specific types of roads or areas via geo-fencing
4. Clear handover: transfer of driving control follows a clear ‘offer and confirm’ process
5. Safe driving: vehicle can manage all reasonably expected situations by itself
6. Unanticipated handover: adequate and appropriate notice must be given if the vehicle needs to unexpectedly hand back driving control
7. Safe stop: vehicle executes an appropriate ‘safe stop’ if unable to continue or the driver does not take back control
8. Emergency intervention: vehicles can avoid or prevent an accident by responding to an emergency
9. Back-up systems: safeguards step in if any systems fail
10. Accident data: record and report what systems were in use at the time of an accident
“We recommend that this is also criteria that Government and vehicle manufacturers could use to define what is and isn’t safe use of an automated car,” comments Howarth.
Avery continues, “These descriptors will shine a light into the potentially dangerous grey area semi-automated vehicles could create. It is also important to shift the focus onto the safe performance of a vehicle’s automated system. We will therefore assess new vehicles against these criteria to determine if a car is assisted or automated and to drive standards in automated performance. This will require a constant dialogue with carmakers as the technology develops.”
UK insurers are also calling for data on automated functionality to be available at an individual vehicle level, identifiable via the Vehicle Identification Number. This would allow an accurate record to be kept of which vehicles are running on older software or are overdue important maintenance. The data must also be capable of being updated dynamically, including ‘over the air’.
Avery continues, “By recording these changes at Vehicle Identification Number level, insurers, rental and lease companies, fleet operators as well as law enforcement agencies would be made aware of any change to the automation status of a vehicle. Immediate data access will also be essential in allowing insurers to determine whether the driver or automated system was at fault in the case of an accident.”
A full copy of the “Clarity in an uncertain world: A model for Automated Driving” summary can be downloaded here.
The ABI’s conference, “Changing gear – adapting to autonomous vehicles” is taking place on 6th November in London. The Automated and Electric Vehicle Bill defines an Automated Vehicle as: “A vehicle that is designed or adapted to be capable, in at least some circumstances or situations, of safely driving itself, i.e. that it is operating in a mode in which it is not being controlled, and does not need to be monitored, by an individual”.
Thatcham Research is the independent voice of automotive safety & repair, advising motorists, insurers and vehicle manufacturers to help reduce accident frequency, severity and costs and to realise the vision of ‘Safer cars, fewer crashes’.
As well as its world leading crash and track research, Thatcham Research tests and accredits crash repair parts, vehicle repair technicians, and a number of other products and services within the collision repair industry for insurers, motor manufacturers, equipment manufacturers and suppliers.
A founder member of the international Research Council for Automobile Repairs (RCAR), Thatcham Research has also been a member of the European New Car Assessment Programme (Euro NCAP) since 2004.
Article is care of Thatcham