THE ROAD AHEAD: WHY NIGERIA’S ELECTRIC, CNG VEHICLE REVOLUTION MUST PUT SAFETY FIRST
Corps Marshal of the Federal Road Safety Corps, Corps Marshal Shehu Mohammed
By Ohaeri Osondu
As the country increasingly explores cleaner and alternative energy sources for mobility, electric vehicles (EVs) and compressed natural gas (CNG)-powered vehicles are gradually becoming part of the Nigerian motoring landscape.
For the Federal Road Safety Corps (FRSC), however, the emergence of these technologies is not merely an energy, environmental or economic conversation.
Fundamentally, it is a road-safety conversation.
This perspective was reflected in the recent engagement of the Corps Marshal of the Federal Road Safety Corps, Corps Marshal Shehu Mohammed, mni, with stakeholders in Nigeria’s automotive sector, particularly at the Nigeria Auto Journalists Association (NAJA) Auto Summit in Lagos.
The summit provided an important platform for discussions on the country’s transition towards electric and CNG mobility and the regulatory and safety implications that come with it.
The Corps Marshal’s position underscores a critical reality: as Nigeria embraces new vehicle technologies, road-safety institutions must evolve with them.
Technology cannot simply be introduced onto existing roads and into an existing regulatory environment without considering the new risks, skills, infrastructure and emergency-response requirements that may accompany it.
As Nigeria participates in the broader global effort to improve road safety and reduce road traffic deaths and injuries, the question is becoming increasingly important: How prepared is the country to ensure that emerging vehicle technologies are introduced in a manner that improves mobility without creating new safety risks?
Beyond the Fuel Debate: Safety Must Remain the Priority
There is no doubt that CNG and electric vehicles present important opportunities for Nigeria. Electric vehicles have the potential to reduce tailpipe emissions, while CNG-powered vehicles provide an alternative to conventional petrol- and diesel-powered mobility.
Both technologies can contribute to a broader transition towards cleaner and more sustainable transportation.
But a change in propulsion technology does not automatically translate into safer roads.
The safety of any vehicle depends on a combination of factors, including vehicle design, roadworthiness, driver behaviour, road conditions, speed management, infrastructure, regulation, maintenance and the capacity of emergency responders.
This is why the transition to alternative-fuel mobility must be accompanied by a deliberate transition towards stronger and more responsive safety standards.
The Sustainable Development Goals provide a useful framework for understanding this transition.
SDG 11, particularly Target 11.2, calls for safe, affordable, accessible and sustainable transport systems and specifically highlights improved road safety. SDG 12, meanwhile, focuses on sustainable consumption and production patterns.
For Nigeria, the implication is clear: the pursuit of cleaner transportation must not be separated from the pursuit of safer transportation.
As the nation’s lead agency for road traffic administration and safety management, the FRSC therefore has an important role to play in ensuring that the evolution of Nigeria’s vehicle fleet is matched by corresponding improvements in regulation, enforcement, public education, inspection, emergency response and data-driven road-safety management. The Corps’ stated emphasis on safety and innovation provides a useful foundation for this emerging responsibility.
A vehicle may be electric, CNG-powered or petrol-driven, but it still operates within the same road environment.
It interacts with pedestrians, motorcycles, cyclists, heavy-duty vehicles and other motorists.
It remains vulnerable to excessive speed, poor road design, driver distraction, fatigue, reckless overtaking, inadequate maintenance and other established causes of road traffic crashes.
The central message, therefore, is straightforward: innovation must never outrun regulation, training and emergency preparedness.
Electric Vehicles: New Technology, New Safety Considerations
Electric vehicles introduce a technological architecture that differs considerably from that of conventional internal-combustion vehicles.
Their safety profile involves high-voltage electrical systems, battery packs, electronic control systems, software and specialised charging infrastructure.
These characteristics create new areas of responsibility for regulators, vehicle owners, technicians and emergency responders.
- Battery-related incidents
Most modern electric vehicles use lithium-ion battery systems.
Although these systems are designed with multiple layers of protection, severe collision damage, overheating or other forms of battery failure can present specialised hazards.
In the event of a serious crash, emergency responders need to understand the vehicle’s high-voltage architecture and know how to approach the vehicle safely.
This has direct implications for Nigeria’s emergency-response system, including the training of road rescue personnel, firefighters, recovery operators and other first responders.
Road safety does not end when a crash occurs. It also encompasses the ability to rescue victims safely, manage secondary hazards and protect responders from additional injury.
Consequently, the growing presence of EVs on Nigerian roads should prompt the development of clear emergency-response protocols, vehicle identification procedures, responder training and inter-agency operational guidelines.
- Quiet operation and vulnerable road users
Electric vehicles can be considerably quieter than conventional vehicles, particularly at low speeds.
In busy urban environments, residential neighbourhoods, markets and other areas with large numbers of pedestrians, reduced vehicle noise may create additional challenges for people who rely partly on sound to detect approaching vehicles.
This makes public awareness particularly important. Drivers of EVs must remain conscious of vulnerable road users, while road-safety education should increasingly address the changing characteristics of modern vehicles.
Urban planning, speed management, vehicle standards and appropriate technological interventions can also play a role in reducing risks to pedestrians and other vulnerable road users.
- Vehicle repair and maintenance
The arrival of EVs also requires a new generation of automotive technicians with specialised knowledge of high-voltage systems, battery diagnostics, electronic controls and EV-specific safety procedures.
Unqualified repairs, unauthorised modifications or the use of incompatible components could introduce serious safety risks.
This reinforces a longstanding road-safety principle: a mechanically or technically deficient vehicle has no place on the road, regardless of the energy source that powers it.
As Nigeria’s vehicle fleet becomes more technologically diverse, roadworthiness standards and inspection procedures must evolve accordingly.
CNG Vehicles: Safety Begins with Standards and Proper Conversion
CNG-powered vehicles also present significant opportunities for Nigeria, particularly given the country’s substantial natural-gas resources and the policy drive towards alternative automotive fuels.
However, the safety of CNG mobility depends heavily on the integrity of the vehicle, the quality of its gas-storage system, the components used and, especially in converted vehicles, the competence and standards applied during the conversion process.
One of the most important principles in CNG deployment is that vehicle conversion must be undertaken by properly trained personnel in facilities that meet approved standards.
Poorly executed conversions can introduce risks such as:
improperly installed or inadequately secured gas cylinders;
damaged, defective or poorly routed gas lines;poor-quality or incompatible components;inadequate protection of the gas system;unsafe modifications to vehicle structures;inadequate inspection and certification; and failure to undertake appropriate periodic maintenance.
The rapid expansion of CNG mobility must therefore go hand in hand with effective standards for conversion centres, technician training, inspection, certification and periodic maintenance.
Public education is equally important.
Drivers and fleet operators must understand the characteristics of CNG-powered vehicles and know how to respond appropriately to suspected leaks, collision damage and other emergencies.
The objective should not be to create fear around CNG technology, but to ensure that its adoption is supported by knowledge, competence and effective safety systems.
The FRSC and the Emerging Mobility Landscape
The role of the FRSC in the era of EVs and CNG vehicles will necessarily extend beyond traditional traffic enforcement.
As Nigeria’s lead agency for road traffic administration and safety management, the Corps is strategically positioned to contribute to the development of a safer alternative-fuel mobility ecosystem.
This responsibility should include at least five major areas.
Public Education and Awareness
Motorists need clear, evidence-based information on the safe use of EVs and CNG vehicles.
Public enlightenment should address vehicle charging, CNG conversion, maintenance, emergency response, safe driving behaviour and the specific characteristics of alternative-fuel vehicles.
Road users should understand that owning a technologically advanced vehicle does not exempt them from basic road-safety responsibilities.
Vehicle Inspection and Roadworthiness
As the composition of Nigeria’s vehicle fleet changes, vehicle inspection and roadworthiness systems must evolve with it.
Inspection procedures should be capable of identifying safety concerns associated with high-voltage electrical systems, batteries, CNG cylinders, gas lines and other components that may not be present in conventional vehicles.
Training of Personnel
FRSC personnel, rescue officers and other emergency responders will require continuous training on the characteristics of EVs and CNG vehicles, particularly in crash situations.
The objective should be to ensure that first responders can identify the type of vehicle involved, recognise potential hazards, protect themselves and victims, and coordinate appropriately with other emergency agencies.
Inter-agency Collaboration
The safety of alternative-fuel vehicles cannot be the responsibility of one agency alone.
It requires cooperation among road-safety authorities, automotive regulators, standards agencies, vehicle manufacturers, importers, conversion centres, emergency medical services, fire and rescue authorities, transport operators, technical institutions and other relevant stakeholders.
A coordinated framework will be essential to prevent regulatory gaps and ensure that safety requirements remain consistent across the vehicle life cycle.
Technology-driven Road Safety
The future of road safety will increasingly involve intelligent transport systems, connected vehicles, digital enforcement, advanced vehicle technologies and data-driven interventions.
Nigeria’s alternative-mobility transition should therefore be viewed not simply as a change in fuel type, but as part of a wider transformation in the relationship between vehicles, roads, technology, data and road users.
The FRSC’s emphasis on innovation provides an opportunity to ensure that emerging mobility technologies become instruments for improving road safety rather than merely new features of the automotive market.
The Safe System Approach Must Guide Nigeria’s Transition
A major lesson from contemporary global road-safety practice is that responsibility for safety cannot rest entirely on the driver.
The Safe System Approach recognises that human beings make mistakes and that road-traffic deaths and serious injuries should not be accepted as an inevitable consequence of mobility.
Safety therefore requires multiple layers of protection involving:safe road users;
safe vehicles;safe speeds;safe roads and infrastructure; and effective post-crash care.
This approach is particularly relevant to electric and CNG mobility.
A safer alternative-fuel vehicle cannot compensate for a fundamentally dangerous road.
A well-designed road cannot prevent every crash caused by reckless driving. An advanced vehicle cannot eliminate every risk associated with poor maintenance.
And an efficient emergency-response system cannot replace effective crash prevention.
Safety depends on the entire system working together.
This is also consistent with the United Nations’ sustainable transport agenda, which explicitly links sustainable urban transport with improved road safety.
Regulation Must Keep Pace with Rapid Expansion
As Nigeria increases the adoption of EVs and CNG vehicles, one of the most important policy lessons is that growth must be matched by regulation.
The country should continuously review and strengthen:vehicle safety standards;
vehicle importation requirements;
CNG conversion standards;EV battery and charging safety requirements;
vehicle inspection procedures;emergency-response protocols;technician training and certification;fire and rescue preparedness;standards for charging and CNG infrastructure; and
public education requirements.
Regulation should not be regarded as an obstacle to innovation. Proper regulation is what makes sustainable innovation scalable.
The objective is therefore not to discourage the adoption of EVs and CNG vehicles, but to ensure that their deployment is responsible, technically sound and centred on the protection of human life.
There is also a need for regulators to anticipate future developments rather than waiting for incidents to expose gaps in the system.
Standards should be reviewed continuously as vehicle technologies, battery systems, charging infrastructure, conversion technologies and emergency-response practices evolve.
Safety Must Be Built into the Vehicle Life Cycle
Nigeria’s approach to alternative-fuel mobility should ultimately move from a reactive to a preventive model.
Safety must be considered from the point of manufacturing and importation through registration, conversion where applicable, inspection, maintenance, driving, crash response and vehicle recovery.
This means asking the safety question at every stage:Is the vehicle properly designed?
Is it properly imported or converted?
Are the technicians properly trained?
Are the components certified?
Can the vehicle be safely inspected?
Do emergency responders understand its technology?
Are motorists adequately informed?
And can the system respond effectively when something goes wrong?
These questions are no longer theoretical. They are becoming increasingly relevant as Nigeria’s automotive landscape changes.
The recent engagement of the FRSC leadership with stakeholders in the automotive sector reflects the importance of placing these issues within the national conversation on clean mobility.
The July 2026 NAJA Auto Summit, for instance, brought together key institutions and stakeholders to discuss the safe and sustainable transition towards EV and CNG mobility.
Conclusion: Cleaner Mobility Must Also Be Safer Mobility
Nigeria is moving towards a more diversified transportation energy system.
Electric and CNG vehicles will increasingly become part of the nation’s mobility landscape.
The question is therefore no longer simply whether these technologies represent the future of transportation.
The more important question is whether Nigeria is prepared to make that future safe.
The road-safety message is clear: cleaner mobility must also be safer mobility.
As the country embraces new vehicle technologies, safety standards must be built into every stage of the process,from manufacturing and importation to conversion, registration, inspection, maintenance, driving, crash response and rescue.
The transition also provides Nigeria with an opportunity to modernise its road-safety architecture. It is an opportunity to improve emergency-response capabilities, strengthen technical standards, deepen inter-agency collaboration, expand public education and integrate technology and data more effectively into road-safety management.
Under the leadership of Corps Marshal Shehu Mohammed, the FRSC’s road-safety mandate is increasingly situated within this wider transformation in mobility and technology.
The Corps’ responsibility is not merely to respond to the vehicles of today, but also to help prepare Nigeria for the mobility systems of tomorrow.
The future of transportation may be electric. It may be compressed natural gas. It may ultimately involve a combination of technologies that Nigeria is only beginning to explore.
But whatever powers the vehicle, safety must remain the power that drives the journey.
Osondu Ohaeri, a Fellow of the Nigerian Institute of Public Relations (FNIPR), is a Deputy Corps Commander and Corps Public Education Officer at the FRSC National Headquarters, Abuja.
