Operating a vehicle lacking hydraulic assistance for steering is physically possible, but significantly more challenging. The steering wheel becomes substantially heavier and requires considerably more effort to turn, especially at lower speeds and when maneuvering in tight spaces. This increased resistance can make parking, turning, and overall vehicle control more difficult and strenuous.
Understanding the implications of driving without this crucial fluid is essential for vehicle safety and maintenance. While driving short distances in emergency situations might be unavoidable, prolonged operation under these conditions can lead to accelerated wear and tear on the steering system components, potentially resulting in costly repairs. Historically, vehicles were designed without power steering, requiring greater physical exertion from the driver. The introduction of power steering systems significantly improved vehicle handling and reduced driver fatigue.