G20 Alm Battery Mount

The Braille Auto Battery G20 ALM Battery Mount is a lay-down style tray engineered to secure and organize high-performance battery systems in vehicles where weight distribution and space efficiency matter. This aluminum battery mount accommodates Braille G20 batteries and features brushed aluminum construction that resists corrosion in harsh operating environments. With hardware included and a 0.125-inch thick aluminum frame, the mount provides robust support for batteries in off-road, marine, and high-vibration applications where standard mounting solutions fall short.

The G20 ALM mount measures 10.1 inches in length by 6.25 inches wide by 3.1 inches in height, making it compact enough for engine bays with tight clearances while providing full lateral stability. The lay-down orientation allows batteries to sit horizontally, reducing overall vehicle height and improving center of gravity—critical for off-road rigs and performance vehicles where weight placement directly affects handling. Brushed aluminum finish delivers corrosion resistance without adding significant weight, essential for vehicles exposed to salt water, mud, and extreme weather conditions.

This mount is ideal for operators building lightweight auxiliary power systems, marine vessels requiring weight optimization, off-road expedition vehicles, and performance builds where every pound and inch counts. Lightweight battery systems paired with proper mounting allow dedicated charging circuits and auxiliary loads without the mass penalty of traditional lead-acid batteries. Serious builders and field specialists choose Braille mounting solutions because they eliminate flex and vibration-induced failure—failure modes that degrade even premium batteries in demanding environments.

All hardware is included; no additional fasteners or brackets required. The straightforward design integrates into custom fabrication without complicating installation. Braille Auto Battery specializes in lightweight power solutions for motorsports, emergency vehicles, and extreme-duty platforms where conventional automotive batteries create packaging and performance constraints.