wall-mounted open air-hose reel with black working hose for workshop and garage visualization, supplied in Red and Graphite finishes.

Original open steel spool, side flanges and fixed polygonal core, wall plate with pivoting mount, guide-arm rollers, axle, union-looking connection, working hose, separate inlet hose, outlet coupler and stopper. The rigid assembly measures approximately 351 x 249 x 380 mm, excluding flexible hoses. Every supplied state preserves a 10 m geometric working-hose centerline plus a separate 1 m inlet lead. These lengths exclude the separate metal feed and fittings. Whole-model dimensions below include the hanging flexible tails and must not be mistaken for the rigid frame size.

Includes 4 self-contained finish/state file sets in editable Blender 4.3.2, binary FBX and uncompressed GLB, plus 24 original 2K PBR maps used by the model. Native files are model-only with packed images; GLB images are embedded; FBX includes required adjacent images. No add-on or script is required.

Primary size W x D x H: 0.3890 x 0.3911 x 1.0950 m. Native units are metres, Z up. One primary file contains 69,396 polygons, 69,732 triangles and 34,912 vertices across 50 mesh objects. Alternative finishes and states are not added together.

Includes four complete Red/Graphite x Retracted/Extended2m static file sets in every model format. Named mount-yaw and spool pivots support manual editing; there is no automatic recoil, ratchet, payout animation or hose-coupled rig. Editing spool angle does not automatically recalculate the baked hose path. The stopper sits 250 mm before the working-hose end along the hose in each state. Generic male/female connector geometry has a continuous 4 mm through-bore and makes no real-world connector-standard, interoperability, pressure or safety certification claim.

LOD0 close-to-medium visualization only; no animation rig, collision, physics, manufacturing, printability or load-rating claim. UVs use intentional shared/tiled overlap with minor curved-detail distortion. Preview environment and tools are not included.

Modeled in Blender using Python procedural tools.

This standalone is planned for the upcoming Car Workshop Fluid and Air Service collection. The collection is not included in this standalone download.