Breather Element

The Breather Element (ALL 36103) is a clamp-on ventilation component engineered for crankcase and breather systems in high-performance and tactical vehicle applications. Designed for 5/8-inch outer diameter tubing, this reusable breather element serves both law enforcement fleet maintenance and field-deployable vehicle operations where reliable pressure equalization and filtration are non-negotiable. Whether mounted on patrol vehicles, command units, or specialized tactical transport, the Breather Element prevents harmful pressure buildup while filtering contaminants before they enter engine systems—critical for vehicles operating in dusty, austere, or contaminated environments.

Constructed from durable rubber and steel with a black and chrome finish, this breather delivers proven corrosion resistance and long-term reliability in demanding conditions. The round design and clamp-on mounting system enable quick installation without permanent modification to existing tubing, allowing technicians and mechanics to retrofit or service breather systems with minimal downtime. Reusable construction reduces lifecycle costs compared to disposable alternatives, making it ideal for fleet maintenance programs where durability and cost-efficiency intersect. The compact footprint (4.05 x 1.5 x 7 inches) and lightweight design (0.11 lbs) ensure negligible installation impact while maintaining full functional capacity under load.

Operators and fleet mechanics benefit most from this element's simplicity and reliability in field-strip and replacement scenarios. Installation requires only basic mechanical knowledge and standard clamp tools—no specialized equipment necessary. The Breather Element is compatible with any 5/8-inch OD tubing crankcase ventilation system, making it a universal fit for legacy vehicles, modern platforms, and custom-built tactical transport. Military and law enforcement maintenance personnel value the reusable design for multi-year deployment cycles, while civilian fleet operations appreciate the cost-per-mile advantage over single-use alternatives.