YTX12 Style Case 24-Cell 720 CA24 Ah (PbEq)

The YTX12 Style Case 24-Cell 720 CA24 Ah (PbEq) from Antigravity Batteries is a compact, high-capacity lithium jump starter and power supply engineered for tactical, law enforcement, and military field operations. Built to replace traditional lead-acid batteries in standard YTX12 form factor applications, this unit delivers reliable starting power and auxiliary charging capability in a fraction of the weight and size of conventional options. Operators in mobile command vehicles, forward operating bases, and field service teams depend on equipment that eliminates excess load without compromising performance—this battery addresses that critical requirement.

The 24-cell architecture provides 720 peak amps (CA24 rating) and delivers lead-acid equivalent (PbEq) capacity in a lithium chemistry package that weighs just 5 lbs. This dramatic weight reduction—typically 60–70% lighter than comparable lead-acid units—translates directly to faster vehicle acceleration and improved fuel economy during extended operations. The compact footprint measuring 7.1 x 6.9 x 13.1 inches maintains OEM mounting compatibility while the lithium cells resist temperature extremes, vibration, and deep discharge cycles far better than traditional batteries, ensuring reliable cold-weather starts and sustained power output across demanding field conditions.

Tactical teams, emergency response units, and military logistics personnel benefit most from this solution, particularly those operating motorcycles, ATVs, generators, and compact vehicles where weight savings directly impact mobility and mission readiness. The YTX12 form factor ensures drop-in compatibility with existing mounting hardware and electrical connectors—no modifications or custom fabrication required. Extended shelf life and minimal maintenance make this battery ideal for emergency backup power systems, remote equipment caches, and vehicles held in reserve status. Operators can confidently deploy this unit knowing it will perform consistently regardless of storage duration or environmental exposure.