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- Lights
- Cameras
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Required PBR textures:
- Base Color
- Roughness
- Metalness
- Normal
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1/16
Tyre inflator with an illustrative analog gauge and short hose for workshop and garage visualization, supplied in the Graphite finish.
One original graphite grip and natural-metal valve body, independent trigger, round gauge with rubber bumper and clear protective lens, original illustrative dial and zero-position needle, 450 mm hose centerline and separate clip-on valve chuck. A generic male quick-connect inlet plug is included. Complete resting assembly envelope, including gauge and hose, is approximately 289.5 x 106.004 x 240 mm; this differs from the main body design brief of 180 mm length and 35 mm thickness.
Includes one self-contained finish/state file set in editable Blender 4.3.2, binary FBX and uncompressed GLB, plus 28 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: 0.2895 x 0.1060 x 0.2400 m. Native units are metres, Z up. One primary file contains 18,272 polygons, 18,272 triangles and 9,198 vertices across 42 mesh objects. Alternative finishes and states are not added together.
Graphite / Static is the only supplied complete file set in each model format. Trigger and chuck lever are separately named and manually editable around documented pivots; there is no automatic valve, actuation rig or pressure/airflow simulation. The original 0-10 bar dial is illustrative, not calibrated or a pressure-rating claim. Lens transparency was independently checked in Blender 4.3.2 native and FBX/GLB reimports using fixed material alpha 0.025; interpretation in other applications may differ. The inlet is a generic visual connector, not a certified real-world coupling standard.
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.