local · SingTao

Taxi Stuck Sideways in Central Narrow Alley for 20 Minutes, Driver Unable to Escape

about 2 hours ago4 MIN
Taxi Stuck Sideways in Central Narrow Alley for 20 Minutes, Driver Unable to Escape

Summary

A taxi driver found himself in a precarious situation on the morning of the 24th when his vehicle became wedged sideways in a narrow alley at the intersection of Peel Street and Lyttelton Terrace in Central, Hong Kong. Despite 20 minutes of repeated attempts involving acceleration and steering adjustments, the driver was unable to extricate the taxi, which remained firmly trapped between two stone walls. A passerby captured the incident on video and shared it online in hopes that driving experts might offer assistance .

Key Points

  • The incident occurred at the junction of Peel Street (卑利街) and Lyttelton Terrace (列拿士地臺) in Central
  • The taxi driver attempted a U-turn in the narrow alley but the vehicle became stuck sideways between two stone walls
  • The driver spent approximately 20 minutes repeatedly revving the engine and turning the steering wheel without success
  • Both the front and rear of the taxi sustained scratches from the stone walls
  • A passerby filmed the situation and appealed online for help from skilled drivers, but the video did not show how the taxi was eventually freed
  • A cleaning worker was present at the scene to clear debris left by the taxi's collisions

Why It Matters

This incident highlights the challenges drivers face navigating Hong Kong's narrow historic streets, where tight spaces and sharp turns can trap vehicles. The widespread discussion online reflects community interest in urban mobility issues and the importance of appropriate vehicle sizing for the city's densely packed road network .
This incident highlights the challenges drivers face navigating Hong Kong's narrow historic streets, where tight spaces and sharp turns can trap vehicles. The widespread discussion online reflects community interest in urban mobility issues and the importance of appropriate vehicle sizing for the city's densely packed road network .