SSGNRDZ_28
Enthusiast
I wanted to share my solution for the less-than-ideal battery panel. This is a prototype of the final made from rapid prototype material (and a bad spray paint job), however, it will ultimately be made of 6061-T6 aluminum powder coated a low gloss black to match the trunk. I’ll be taking this to the local VCA meeting tomorrow to get feedback.
Stainless steel quick-release fasteners (the same type used on race cars and aircraft) make quick work of removing or installing the panel and are Phillips head instead of torx. The threaded receptacles install in the OEM holes with a nut. The OEM holes do need to be enlarged slightly to 15/32” although this does not prevent returning the car to stock. There is no hardware to lose because the fasteners are retained in the panel. The fasteners are recessed in the panel allowing the carpet to lay flat. A high grade foam strip seals the panel once tightened.
As an added feature there is an optional connector mount for a battery tender. This is accessible through the rear of the car. The SAE 2 Pin connector has a rubber cap to keep the weather out. A second set of connectors allow the panel to be quickly removed while the fused ring terminal harness remains securely attached to the battery / car wiring. No hood to open to plug in the battery tender, just plug it in. This is also more efficient electrically given the short run to the battery.
This solution is lighter than stock – the panel alone probably by an estimated 1lb and the panel + connector mount probably equal to the stock panel + fasteners. Final weights will be taken when parts arrive. There is no longer a question of how tight to tighten the torx screws and the panel will not bend. Pending FEA analysis of the OEM panel, it is estimated to be stronger than stock, deflecting less under load. All hardware is stainless steel and the panel and wiring are built using automotive and motorsports spec methods. PM me if interested in getting one of these for yourself.
Please excuse the bad photos - I had low light to work with.
Stainless steel quick-release fasteners (the same type used on race cars and aircraft) make quick work of removing or installing the panel and are Phillips head instead of torx. The threaded receptacles install in the OEM holes with a nut. The OEM holes do need to be enlarged slightly to 15/32” although this does not prevent returning the car to stock. There is no hardware to lose because the fasteners are retained in the panel. The fasteners are recessed in the panel allowing the carpet to lay flat. A high grade foam strip seals the panel once tightened.
As an added feature there is an optional connector mount for a battery tender. This is accessible through the rear of the car. The SAE 2 Pin connector has a rubber cap to keep the weather out. A second set of connectors allow the panel to be quickly removed while the fused ring terminal harness remains securely attached to the battery / car wiring. No hood to open to plug in the battery tender, just plug it in. This is also more efficient electrically given the short run to the battery.
This solution is lighter than stock – the panel alone probably by an estimated 1lb and the panel + connector mount probably equal to the stock panel + fasteners. Final weights will be taken when parts arrive. There is no longer a question of how tight to tighten the torx screws and the panel will not bend. Pending FEA analysis of the OEM panel, it is estimated to be stronger than stock, deflecting less under load. All hardware is stainless steel and the panel and wiring are built using automotive and motorsports spec methods. PM me if interested in getting one of these for yourself.
Please excuse the bad photos - I had low light to work with.