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The Rise of Robotaxis in London London's streets have recently seen the introduction of self-driving cars, courtesy of Silicon Valley-based company Waymo. The automated vehicles (AVs) have been tested on the city's roads, with trained drivers waiting behind the wheel to take control if needed. However, the goal is to soon shed their human minders and launch driverless minicabs in the capital. The Potential for Accessibility For people with disabilities, AVs offer a different future, a possibility of independence that feels otherwise unattainable. The author, Gabriel Stewart, who has poor vision, notes that he will never be able to drive and has had to rely on others to get around. Driverless taxis may not solve all accessibility issues, but they offer a roadmap towards the wider rollout of self-driving cars that could. The Data Analysis: Employment and Accessibility According to 2022 analysis by the Royal National Institute of Blind People (RNIB), only 42% of those with difficulty seeing, and 54% of those with other disabilities, are in employment in the UK. With about one in four people in the UK living with a disability, this technology could be an important vehicle for social inclusion and participation. The Impact Analysis: Safety and Job Losses While there are concerns about safety, the reality is that self-driving cars have so far been less likely to get into crashes than their human-driven counterparts. Recent analysis found that over almost 38m driverless miles in Los Angeles, there were only 28 Waymo crashes reporting injuries and only one in which the robotaxis were at fault. However, there are also concerns about job losses for taxi and delivery drivers as the technology advances. The Prediction: A Future of Inclusion The government should set up an accessibility advisory panel with representation from across the disability spectrum to ensure that the development of self-driving cars prioritizes the needs of people with disabilities. With proper regulation and protections, this technology could revolutionize the lives of those with disabilities and transform the safety of everyone else.

Police in Wuhan reported a sudden "system malfunction" that immobilised several autonomous robotaxis operated by Baidu’s Apollo Go service, leaving passengers stuck on an elevated highway for up to an hour and a half.Local authorities said they received a flood of calls on Tuesday night from riders whose vehicles froze in the middle of the road. A police statement confirmed that “multiple Apollo Go cars stopped in the middle of the road, unable to move,” and preliminary investigations point to a technical failure.Baidu maintains a fleet of more than 500 driverless cars in Wuhan, though the exact number affected was not disclosed. One commuter shared a 90‑minute ordeal on the Chinese platform RedNote, describing how the vehicle stalled at 9 p.m. on an overpass, surrounded by dump trucks, while customer‑service lines remained unanswered.The rider eventually was rescued after the order was cancelled at 10:30 p.m., but criticized Apollo Go’s support team for offering “useless platitudes” instead of concrete solutions. Social‑media users also posted videos captioned “Apollo Go, are you paralysed?” showing futile attempts to contact the company via the in‑car tablet.This is not Baidu’s first controversy. In December, authorities in Zhuzhou halted robotaxi operations after a Baidu‑manufactured autonomous vehicle struck two pedestrians, sending them to intensive care.Despite these setbacks, Baidu’s autonomous‑mobility arm continues to grow. Company filings reveal that Apollo Go delivered 3.4 million driverless rides in the fourth quarter of 2025, a jump of over 200 % compared with the same period in 2024. The firm is also pursuing international expansion, having announced partnership deals with rideshare giants Lyft and Uber to deploy its vehicles on their platforms.When approached for comment, Baidu did not respond, according to Reuters.Additional reporting by Yu‑chen Li