As countries across Europe, North America, and Asia gear up for the age of self-driving mobility, Nigeria remains stuck in a gridlock both literally and infrastructurally. The state of Nigerian roads and its chaotic traffic system highlight a deep structural challenge that questions the nation’s readiness for highly automated driving technologies.

Around the world, autonomous vehicles from Google’s Waymo and Amazon’s Zoox to China’s Pony.ai and Tesla’s Robotaxi are redefining transportation. Major cities in the United States and Europe are already hosting large-scale trials, with Waymo announcing its European debut in London by 2026. These nations are modernising their roads, updating traffic laws, and aligning policies to support self-driving cars.

But in Nigeria, the conversation is different. The country still struggles with potholes, eroded highways, and erratic traffic patterns. Out of over 200,000 kilometres of road nationwide, more than 75 percent are in poor condition a staggering figure that undercuts any discussion about smart mobility.

Self-driving technology thrives on a concept known as generalisable autonomy the ability of vehicles to function seamlessly across diverse road layouts and cultures without retraining their artificial intelligence systems. Unfortunately, Nigerian roads present the exact opposite of predictability.

Even in Lagos and Abuja, where autonomous vehicle pilots might eventually begin, the challenges are immense: uneven surfaces, open drainage channels, flooding, malfunctioning traffic lights, missing lane markings, and unpredictable drivers.

“Self-driving cars don’t guess. They read. And what they read on Nigerian roads right now is, frankly, gibberish.”

The issue, experts argue, extends beyond technology it touches governance, infrastructure, and culture.

President Bola Tinubu’s Lagos–Calabar Coastal Highway project, a 700-kilometre stretch linking nine states under the Renewed Hope Agenda, demonstrates what political will and investment can achieve. Yet, that success must be replicated across thousands of other roads managed by underfunded state and local governments.

The Federal Ministry of Works has developed a Highway Manual outlining uniform standards for traffic signs and road markings nationwide. However, enforcement remains patchy. Outside major expressways, implementation is inconsistent at best, and nonexistent at worst a major obstacle for any machine reliant on consistent data.

But infrastructure isn’t the only problem. Nigeria’s driving culture, marked by shortcuts, wrong-way driving, and informal traffic “rules,” poses its own challenge. For automation to succeed, human behaviour must also become predictable. That means improved driver education, stricter licensing processes, and the use of Automatic Number Plate Recognition cameras for enforcement.

The Federal Road Safety Corps (FRSC) will be central to that effort. Modernising its testing and training methods could help prepare drivers for a future where human and machine will share the road.

Ultimately, self-driving cars won’t fix Nigeria’s transport system but preparing for them might. The journey toward automation could push the nation to address long-standing issues: poor infrastructure, weak enforcement, and inadequate planning.

If Nigeria seizes this moment, the payoff could be transformative fewer accidents, less stress on commuters, and renewed confidence in public systems.

In the global race toward autonomous mobility, the goal isn’t just to catch up it’s to build a society that values structure, order, and progress.