Skip to main content

Side road accidents ‘increase by 12% in a year’

The number of car accidents involving a driver pulling out of a side road accounted for an estimated 198,000 crashes nationwide last year, according to latest research by Accident Exchange. The accident management company analysed data from 39,000 cases of accidents it handled in 2014 and found that 9% were the result of a motorist emerging from a side road without paying enough attention. That figure in 2013 was 7.9%, representing an increase in real terms of 12% in the space of just 12 months. F
July 29, 2015 Read time: 2 mins
RSSThe number of car accidents involving a driver pulling out of a side road accounted for an estimated 198,000 crashes nationwide last year, according to latest research by Accident Exchange.

The accident management company analysed data from 39,000 cases of accidents it handled in 2014 and found that 9% were the result of a motorist emerging from a side road without paying enough attention.

That figure in 2013 was 7.9%, representing an increase in real terms of 12% in the space of just 12 months.

Figures dating back to 2010 reveal that the gradual increase is greater still. Five years ago, Accident Exchange handled 31,000 incidents of which 7% involved a side road crash, meaning a five-year increase of more than a quarter (27%) in real terms.

Liz Fisher, sales director at Accident Exchange, commented:  “Not looking properly at side road junctions before pulling out is one of the most common – and dangerous – errors a driver can make.

“The spike in this type of collision could stem from reduced concentration, particularly distracted drivers who follow the instructions of a navigation system and forget to adhere to the rules of the road or make the necessary checks before emerging.

“The scrappage scheme of 2009/10 also removed thousands of older cars from the road. Newer models are renowned for their increased safety, but reduced visibility from thicker pillars and smaller glass areas means extra precaution should be taken when emerging from a side road into fast-flowing traffic.”

Related Content

  • August 19, 2015
    European associations and congress news
    A preliminary speaker line-up and a number of live demonstrations have been announced for the 2015 ITS World Congress. The demonstrations will include Automatic Braking, a plug in ‘connected vehicle’ Cooperative Adaptive Cruise Control at Intersections, Remote Parking and Driver Monitoring System for Automated Driving and Bicycle Tracking. As part of the Automatic Emergency Braking demonstration the driver’s performance will be analysed, along with the behaviour of the other road users. Drivers will receiv
  • February 1, 2012
    Cost-effective alternatives to traditional loops
    Traffic signal control is a mainstay of urban congestion management. Despite advances in vehicle detection sensors, inductive loops, which operate by using a magnetic field to detect the metal components in vehicles, are still the most common enabler for intelligent signalised junctions.
  • May 16, 2016
    Auckland’s major road safety operation targets red light running
    Red light running is the focus of a major two week long road safety operation, launching in Auckland, Nerw Zealand, this week, coinciding with the start of Road Safety Week. The operation, in Waitemata District of the city, is a joint initiative between Police, Auckland Transport (AT) and NZ Transport Agency. Police will target those motorists who take risks during peak morning traffic at four key high-risk intersections, which were selected because of their location, crash risk, traffic flow and ability
  • May 16, 2016
    Auckland’s major road safety operation targets red light running
    Red light running is the focus of a major two week long road safety operation, launching in Auckland, Nerw Zealand, this week, coinciding with the start of Road Safety Week. The operation, in Waitemata District of the city, is a joint initiative between Police, Auckland Transport (AT) and NZ Transport Agency. Police will target those motorists who take risks during peak morning traffic at four key high-risk intersections, which were selected because of their location, crash risk, traffic flow and ability