Jack receiver socket. Porsche 911 1966-73  ❭  90150115321GRV

The OE MATCH Jack Receiver Socket is a structural body component designed to serve as the dedicated engagement point for the factory vehicle jack. Installed within the sill or chassis structure, the jack receiver socket accepts the jack lifting arm and ensures safe, stable, and correctly positioned vehicle lifting during maintenance, tyre changes, and workshop servicing.

Fits:

• Porsche 911 1966-1968 2.0L / 912 SWB (F)
• Porsche 911 1968-1973 2.2L / 2.4L / 2.7L RS LWB (F)

Manufactured to OE specifications, this receiver socket is engineered to match the original Porsche component in fit, strength, and functionality. Constructed from durable steel and designed to withstand significant lifting loads, it helps maintain the integrity of the vehicle's designated lifting points while providing reliable support throughout the vehicle's service life.

What This Product Does:

• Provides the correct engagement point for the factory jack
• Supports safe lifting of the vehicle during maintenance
• Ensures proper jack alignment and positioning
• Transfers lifting forces safely into the vehicle structure
• Maintains OEM lifting point functionality
• Supports wheel changes, servicing, and restoration work

• Visible corrosion or rust around the socket area
• Bent, cracked, or deformed receiver opening
• Difficulty inserting or locating the factory jack
• Loose or weakened mounting structure
• Signs of impact damage or previous incorrect lifting
• Structural fatigue around the jacking point
• Misalignment preventing proper jack engagement

• Restores the original factory jacking point
• Ensures safe and secure vehicle lifting
• Prevents damage caused by unstable jack positioning
• Maintains correct load distribution through the chassis
• Reduces the risk of lifting-related accidents or body damage
• Supports restoration, chassis repair, and maintenance projects
• Preserves structural integrity and serviceability
• Provides OE-style fitment and dependable long-term durability