Mil. Spec. Clp - 0.5 Oz Bottle

The Mil. Spec. CLP - 0.5 Oz Bottle by Otis Technologies is the compact, field-proven answer to firearm maintenance in austere environments where space and weight are non-negotiable. CLP (Cleaner, Lubricant, Protectant) formulations have been military standard-issue for decades, trusted by infantry, special operations, and law enforcement units worldwide. This 0.5 oz bottle delivers the same proven chemistry as full-size containers but fits into a tactical pack, range bag, or duty gear without burden. Whether you're conducting preventive maintenance in the field or maintaining weapons systems between operations, this format eliminates excuses for neglecting critical gun care.

Otis Technologies' military-specification CLP formula performs three critical functions in a single product: it breaks down carbon and powder residue, penetrates and lubricates moving parts under stress, and leaves a protective film that resists corrosion and moisture. The compound's thin viscosity allows it to reach into tight tolerances—firing pin channels, bolt carrier groups, and magazine springs—where heavier oils cannot flow efficiently. This formula meets or exceeds military performance standards for extreme temperature ranges, so it functions reliably from Arctic cold to desert heat. The 0.5 oz size is ideal for spot maintenance, detail-strip lubrication, or as a backup supply when you need weight savings without sacrificing proven chemistry.

Combat shooters, duty officers, hunters, and competitors who understand the relationship between cleanliness and reliability rely on mil-spec CLP for its track record under real stress. The compact 0.5 oz bottle is compatible with all rifle platforms—AR-15, AK variants, bolt-actions—as well as pistol frames and semi-automatic shotguns. A few drops on a brush or patch will clean a bolt carrier; a light wipe on internal springs prevents rust during storage. Keep one in your range kit, another in your vehicle, and a third in your field pack. Otis Technologies' reputation rests on products that work when function matters; this CLP formula is no exception.