Skip to main content

Improving safety by removing defective vehicles from Nigeria’s roads

The authorities in Nigeria’s commercial centre Lagos aim to improve the city’s horrendous road accident record by targeting defective vehicles. A new system of inspections by the authorities will monitor vehicle condition and ban those that do not meet standards from use. The main target of the scheme will be passenger carrying buses, which have a terrible safety record. However the authorities will also crack down on defective motorcycles and require drivers to be able to show valid insurance documents.
October 26, 2012 Read time: 1 min
The authorities in Nigeria’s commercial centre Lagos aim to improve the city’s horrendous road accident record by targeting defective vehicles. A new system of inspections by the authorities will monitor vehicle condition and ban those that do not meet standards from use. The main target of the scheme will be passenger carrying buses, which have a terrible safety record. However the authorities will also crack down on defective motorcycles and require drivers to be able to show valid insurance documents.

Related Content

  • Africa’s Trans-Saharan Corridor gains support
    July 16, 2025
    Support is given for Africa’s crucial Trans-Saharan Corridor route.
  • Nigerian road works planned
    March 1, 2021
    A series of Nigerian road projects is being planned.
  • A virtual virtuous circle
    January 18, 2021
    Virtual sensors will allow a safer driving experience and reduce road maintenance costs. Tactile Mobility’s Eitan Grosbard talks to David Arminas
  • Bridge monitoring technology
    July 1, 2019
    A new partnership between SGS and AIMSight is allowing fully remote continuous structural health monitoring (SHM) of bridges. This utilises using smart crack monitoring sensors and data analytics and is compliant with existing NDT standards. The new SGS AIMSight structural health monitoring solution provides continuous, real time monitoring of the health of critical assets to a higher level of precision than conventional SHM systems and structural inspection schemes. This serves as an early warning system