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Stesso

Demonstrate Conventional Ratchet Limitation in Tight Spaces

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Socket Wrench Built For Tight Spaces! #diy #helpingothers #nhs

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What happens here

Select a conventional ratchet, specifically one with a high tooth count like a 180-tooth model, to clearly illustrate the limitations of geared mechanisms. Attach a standard socket to a fastener, which is positioned between two immovable obstacles to simulate a narrow working space. Attempt to turn the fastener using the conventional ratchet. Observe and demonstrate how the requirement for the ratchet's internal teeth to engage necessitates a certain swing arc, which is impossible to achieve in the confined space, thus preventing the fastener from being turned. The demonstrator explicitly states, 'not happening, not happening,' indicating failure.

Goal: Show the limitation of conventional ratchets in tight clearances.

Tools and materials

  • Conventional Ratchet — Demonstrating the limitations of traditional ratchets
  • Fastener Unspecified — The object being turned by the tools
  • Obstacles Unspecified — Creating a confined environment to simulate narrow working spaces
  • Socket Unspecified — Attaching to the fastener for the demonstration

What they say

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So no teeth, no springs, no pawl inside. Alright folks, we're looking at the zero degree gearless ratcheting tool. Check this out. I've got 182 conventional ratchet. This ratchet has teeth in it. I'm going to try and turn this fastener in this narrow space. I'm going to show you, not happening, not happening. But with the zero degree gearless, so there's no teeth, this is our ratchet. I'm going to put it on that fastener and I'm going to

Auto-generated from the video audio.