#10 AQP Socketless Hose Black 3ft

The AEROQUIP #10 AQP Socketless Hose in black is a 3-foot fluid transfer line engineered for high-pressure hydraulic and pneumatic applications in industrial, mobile, and tactical equipment systems. This socketless hose assembly delivers reliable fluid conveyance without the need for reusable fittings, reducing assembly time and potential leak points in critical fluid lines.

The #10 AN (dash-10) specification indicates a nominal inside diameter sized for 10 AN fluid system standards, commonly used in aircraft, heavy equipment, tactical vehicles, and specialized machinery where precise volumetric flow rates and pressure ratings are essential. The three-foot length provides practical reach for mid-range component connections while remaining compact enough for space-constrained installations. Constructed from durable rubber compound with black outer cover, this hose resists weathering, UV exposure, and moderate abrasion typical of field and shop environments. The socketless design eliminates crimped ferrule connections, making this assembly suitable for direct-connect applications or integration into pre-engineered fluid systems.

This hose serves maintenance technicians, equipment operators, and system builders working with hydraulic power units, pneumatic circuits, recovery winches, and mobile tactical platforms. It is equally applicable in manufacturing facilities, agricultural equipment repair, and aerospace ground support where AN-standard hose specifications are required. The socketless configuration simplifies replacement in field conditions where crimping tools or fittings inventory may be limited.

AEROQUIP is recognized for manufacturing fluid conveyance products to aerospace and industrial standards, with a heritage of supplying mission-critical hose assemblies to OEMs and aftermarket service channels. When sourcing replacement or upgrade hose for AN-standard systems, exact dash sizing and length specifications are non-negotiable—this three-foot #10 AN assembly is sized for systems engineered around those parameters.