FCS 84610

Overview of FCS 84610 Gas Strut Dimensions

The FCS 84610 gas strut offers precise control with a compressed length of 11.65 inches and an extended length of 19.29 inches. Its stroke length of 7.64 inches ensures smooth operation for various automotive applications requiring reliable lift support.

• Compressed length: 11.65 inches
• Extended length: 19.29 inches
• Stroke length: 7.64 inches
• Part number: 84610
• Brand line: FCS

FCS Brand Line Product Details

The FCS brand line specializes in durable gas struts designed for consistent performance in automotive environments. This product line focuses on delivering precise fitment and reliable stroke lengths to accommodate specific vehicle requirements, making the FCS 84610 a suitable choice for applications demanding controlled lift and support.

Technical Description and Specifications

The FCS 84610 gas strut features a compressed length of 11.65 inches, extending to 19.29 inches when fully deployed. The 7.64-inch stroke length provides a balanced range of motion, ideal for automotive components such as hoods, trunks, or tailgates. This part number 84610 is engineered to maintain consistent pressure and smooth operation throughout its service life.

Compatible Vehicle Applications

• Compatible with select makes and models requiring a gas strut with an 11.65-inch compressed length
• Suitable for vehicles needing a 19.29-inch extended length gas strut
• Ideal for automotive repairs involving lift supports with a 7.64-inch stroke length

Installation Notes and Tips

• Verify the compressed and extended lengths match your vehicle’s specifications before installation
• Ensure proper alignment to avoid premature wear or damage
• Use appropriate tools to secure the gas strut without over-tightening

Quality Assurance and Warranty

The FCS 84610 gas strut is manufactured under strict quality control standards to ensure durability and consistent performance. While specific warranty details are not provided, FCS products typically meet industry standards for reliability in automotive applications.