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Work location
Custom Surface-Mount Tweeter Pods for Morel CAT 298 on VW Polo 6R A-Pillars Anyone
About the job
- Please design a pair of custom surface-mount 3D-printable tweeter pods tailored for the Morel CAT 298 to be mounted on the lower A-pillars of a Volkswagen Polo 6R.
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the ferrite magnet structure.
(please see the attached measurement file for the tweeter)
- Surface-mount pod (cup style) that sits entirely on top of the flat face of the factory plastic A-pillar trim, rather than flushing inside it.
- Include a solid, flat mounting foot or base with an integrated rear-bolt hole (screw-from-behind design) so a machine screw can pass from the back of the factory plastic pillar trim into the pod for a secure, heavy-duty mechanical lock.
- Design the pods with directional angling (on-axis firing)—the driver-side pod must be angled to face the driver's left ear, and the passenger-side pod must be angled to face the driver's right ear. Provide smooth transitions and clean outer walls suitable for automotive-grade vinyl wrapping or painting.
- Please design an integrated, high-airflow plastic honeycomb mesh or protective cross-bars over the front opening of the pod. This mesh must sit at least 3mm forward away from the center of the tweeter to fully clear the protruding soft dome peak, ensuring physical protection without touching the driver diaphragm.
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the ferrite magnet structure.
(please see the attached measurement file for the tweeter)
- Surface-mount pod (cup style) that sits entirely on top of the flat face of the factory plastic A-pillar trim, rather than flushing inside it.
- Include a solid, flat mounting foot or base with an integrated rear-bolt hole (screw-from-behind design) so a machine screw can pass from the back of the factory plastic pillar trim into the pod for a secure, heavy-duty mechanical lock.
- Design the pods with directional angling (on-axis firing)—the driver-side pod must be angled to face the driver's left ear, and the passenger-side pod must be angled to face the driver's right ear. Provide smooth transitions and clean outer walls suitable for automotive-grade vinyl wrapping or painting.
- Please design an integrated, high-airflow plastic honeycomb mesh or protective cross-bars over the front opening of the pod. This mesh must sit at least 3mm forward away from the center of the tweeter to fully clear the protruding soft dome peak, ensuring physical protection without touching the driver diaphragm.
- Please design a pair of custom surface-mount 3D-printable tweeter pods tailored for the Morel CAT 298 to be mounted on the lower A-pillars of a Volkswagen Polo 6R.
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the ferrite magnet structure.
(please see the attached measurement file for the tweeter)
- Surface-mount pod (cup style) that sits entirely on top of the flat face of the factory plastic A-pillar trim, rather than flushing inside it.
- Include a solid, flat mounting foot or base with an integrated rear-bolt hole (screw-from-behind design) so a machine screw can pass from the back of the factory plastic pillar trim into the pod for a secure, heavy-duty mechanical lock.
- Design the pods with directional angling (on-axis firing)—the driver-side pod must be angled to face the driver's left ear, and the passenger-side pod must be angled to face the driver's right ear. Provide smooth transitions and clean outer walls suitable for automotive-grade vinyl wrapping or painting.
- Please design an integrated, high-airflow plastic honeycomb mesh or protective cross-bars over the front opening of the pod. This mesh must sit at least 3mm forward away from the center of the tweeter to fully clear the protruding soft dome peak, ensuring physical protection without touching the driver diaphragm.
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the ferrite magnet structure.
(please see the attached measurement file for the tweeter)
- Surface-mount pod (cup style) that sits entirely on top of the flat face of the factory plastic A-pillar trim, rather than flushing inside it.
- Include a solid, flat mounting foot or base with an integrated rear-bolt hole (screw-from-behind design) so a machine screw can pass from the back of the factory plastic pillar trim into the pod for a secure, heavy-duty mechanical lock.
- Design the pods with directional angling (on-axis firing)—the driver-side pod must be angled to face the driver's left ear, and the passenger-side pod must be angled to face the driver's right ear. Provide smooth transitions and clean outer walls suitable for automotive-grade vinyl wrapping or painting.
- Please design an integrated, high-airflow plastic honeycomb mesh or protective cross-bars over the front opening of the pod. This mesh must sit at least 3mm forward away from the center of the tweeter to fully clear the protruding soft dome peak, ensuring physical protection without touching the driver diaphragm.
- Please design a pair of custom surface-mount 3D-printable tweeter pods tailored for the Morel CAT 298 to be mounted on the lower A-pillars of a Volkswagen Polo 6R.
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the fe... read more
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the fe... read more
- Please design a pair of custom surface-mount 3D-printable tweeter pods tailored for the Morel CAT 298 to be mounted on the lower A-pillars of a Volkswagen Polo 6R.
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the ferrite magnet structure.
(please see the attached measurement file for the tweeter)
- Surface-mount pod (cup style) that sits entirely on top of the flat face of the factory plastic A-pillar trim, rather than flushing inside it.
- Include a solid, flat mounting foot or base with an integrated rear-bolt hole (screw-from-behind design) so a machine screw can pass from the back of the factory plastic pillar trim into the pod for a secure, heavy-duty mechanical lock.
- Design the pods with directional angling (on-axis firing)—the driver-side pod must be angled to face the driver's left ear, and the passenger-side pod must be angled to face the driver's right ear. Provide smooth transitions and clean outer walls suitable for automotive-grade vinyl wrapping or painting.
- Please design an integrated, high-airflow plastic honeycomb mesh or protective cross-bars over the front opening of the pod. This mesh must sit at least 3mm forward away from the center of the tweeter to fully clear the protruding soft dome peak, ensuring physical protection without touching the driver diaphragm. read less
- The design must include the following precise specifications and features:
--Outer faceplate diameter of 104 mm,
--internal recess cutout/mounting diameter of 72 mm,
--total internal depth clearance of at least 27 mm for the ferrite magnet structure.
(please see the attached measurement file for the tweeter)
- Surface-mount pod (cup style) that sits entirely on top of the flat face of the factory plastic A-pillar trim, rather than flushing inside it.
- Include a solid, flat mounting foot or base with an integrated rear-bolt hole (screw-from-behind design) so a machine screw can pass from the back of the factory plastic pillar trim into the pod for a secure, heavy-duty mechanical lock.
- Design the pods with directional angling (on-axis firing)—the driver-side pod must be angled to face the driver's left ear, and the passenger-side pod must be angled to face the driver's right ear. Provide smooth transitions and clean outer walls suitable for automotive-grade vinyl wrapping or painting.
- Please design an integrated, high-airflow plastic honeycomb mesh or protective cross-bars over the front opening of the pod. This mesh must sit at least 3mm forward away from the center of the tweeter to fully clear the protruding soft dome peak, ensuring physical protection without touching the driver diaphragm. read less
Things to know
Any
Skill Level
Open budget
Hourly
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
3D Design
3D Modeling
Concept Design
Industrial Design
Product Development
+2 more
Job categories
3D Modeling
3D Design Services
Engineering Design
About the client
Payment ready
Jamaica (02:37 pm)
Posted
Active
Job activity
4 Applicants
0 interviews in progress
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