Proposed MOT changes: Why the 4-1-1 system is dangerous
The Government has announced a proposal to consult on extending the time allowed before the first MOT of a vehicle’s life from three years to four – known as the 4-1-1 system (Summer Budget, 2015).
While many motorists may think this is a good idea, there is ever-growing evidence that the increase of faulty and potentially dangerous cars on UK roads would result in extra injuries and possibly even deaths.
The Department for transport (DfT) released a report that stated that the addition of an extra year before a car’s first MOT could mean injuries rise by 2,000 a year, with an estimated 71 of those injuries being fatal.
Evidently any move to extend the time allowed before the first MOT of a car or motorcycle’s life from three years to four years would seriously endanger road safety for all road users.
Not only would the changes be dangerous, but they mean that there would also be an increase in repair costs for drivers and an inevitable increase in harmful emissions due to the additional time that vehicles had been active on the roads without the essential checks carried out during an MOT.
Click above to go to proMOTe’s website
There have been previous attempts in government to introduce an extended first MOT period – in 2008 and 2011 – both of which considered the 4-1-1 as a structure for MOT frequency, and both at both of these times the government decided that no changes should take place. There have been no changes in the MOT design or car safety that would then mean that the 4-1-1 structure is now viable.
Under the current system, 27.48 million vehicles took the MOT test in 2015 and 4 out of 10 of them were found to be unroadworthy when examined.(DVSA, 2015) Along with this, more than 770,000 vehicles were discovered to have a dangerous defect in 2013/14, equating to nearly 2,200 every day. The problems ranged from brakes, steering, tyres, suspension, seatbelts, lights and signalling equipment.(DfT, ‘MOT Scheme Evidence base’, 2008)
Currently many vehicles are found to be unroadworthy at three years old; therefore it stands to reason that extending the MOT to four years will mean there are even more vehicles on the roads in a potentially dangerous condition. There is a belief that because modern cars are more reliable, they do not need to be tested so strictly. In practice this is incorrect. Not only is the current MOT failure rate higher than it was in 2008 (when vehicles were less reliable), components designed to wear out – like tyres and brakes – are likely to have become dangerous by the time the vehicle is four years old.
If a vehicle has a defect by its third year of use, then extending the MOT for a further year will also have the effect of increasing the number of defects the vehicle carries, because defects associated with one component due to excessive wear could then snowball and cause defects with the related components in the vehicle. Not only is this dangerous for motorists, but it could also be costly as minor repairs that could be fixed in the third year could become major defects by the fourth.
Not only is the proposed system dangerous to vehicle safety and public safety, it is also dangerous for the environment. Air quality and reducing emissions is a high Government priority, but extending the time allowed before a vehicle’s first MOT allows polluting vehicles (which would have been detected when they were three years old) to go undetected for a further year. This makes them far more likely to increase their polluting emissions as the engine condition further deteriorates.
The 4-1-1 system paves the way for vehicles to be a source of danger on the roads. You can have your say about it by visiting the government consultation, designed to give people a platform for their opinions before any changes are debated by the government . It is open until Sunday 16th April, 11:45pm.
To have your say click the government logo above.
To find out more about why the proposed changes to MOT frequency are a danger to both vehicles and road users, take a look at the ProMOTe website here.