Vibration resistant connector cap

A method of mitigating vibration between electrical couplings of a wiring connector and an engaged connector block, wherein the connector block is engaged with a vehicle component, the method comprising:

• fitting a shell around the coupled wiring connector and connector block, the shell comprising a first shell section and a second shell section that are at least partially selectably separable from each other and form a hollow body that is shaped to fit around the coupled wiring connector and connector block;
• engaging a first latch assembly disposed on the first shell section with at least a portion of the connector block or component in a fixed engagement;
• and
• engaging a second latch assembly disposed on the first shell section with a third latch assembly disposed on the second shell section thereby disposing at least a portion of the coupled wiring connector and connector block inside the hollow body to operably, fixedly hold the coupled connector block and a wiring coupler together in electrical engagement:
• wherein the first shell section comprises an arm that extends from the body that is shaped to fit at least a portion of the component to which the connector block is engaged, and the arm comprises the first latch assembly, and wherein the first latch assembly is operably, fixedly engaged with the portion of the component.

A device used to mitigate vibration in a wiring connection between a coupled wiring connector and a connector block that is engaged with a vehicle component, the device comprising:

• a first shell section that is sized and shaped to operably receive and cover a top portion of the coupled wiring coupler and connector block, the first section comprising:
• a first latch assembly that selectably latches onto at least a portion of the vehicle component, to operably fixedly engage the first shell with the connector block and portion of the vehicle component;
• and
• a pair of second latch assemblies;
• wherein the first shell section and second shell section respectively comprising a plurality of ribs disposed on the inside of the hollow body, the plurality of ribs operably providing a compressing force to the coupled wiring connector and connector block;
• and
• a second shell section that is sized and shaped to operably receive and cover a bottom portion of a coupled wiring coupler and connector block thereby selectably disposing the coupled wiring coupler and connector block inside a hollow body formed by the first shell and second shell, the second shell section comprising a pair of third latch assemblies that selectably engage the pair of second latch assemblies to operably, fixedly hold the coupled connector block and wiring coupler together in electrical engagement.