The cluster cover should fit the dashboard without affecting display visibility. Set clip positions, edge gaps, reflection control and weave direction from the mating part.
Project Type
Carbon Fiber Instrument Cluster Cover
Core Material
Carbon Fiber
Lead Time
Confirmed After Design Review
Surface Finish
Clear-Coat Finish
How we make it
Review the mating part and use conditions for the carbon fiber instrument cluster cover; define clip layout and edge fit before fabrication and weave direction before final inspection.
Review the mating part and use conditions. Compare display visibility and reflection control with the supplied drawing, sample or site survey before approving the part definition.
Plan layup, trim and attachment references. Set the proposed build and interface details around clip layout and edge fit; agree any unverified requirement before fabrication.
Check edge fit, visible finish and protection. Verify weave direction against the agreed inspection plan and protect the part for its delivery route.
Scope at a glance
Applications
For trim around a vehicle gauge display, confirm display visibility and reflection control against the buyer drawings. The mating vehicle part and attachment method determine fit and visible gaps.
Custom options
Specify display visibility, reflection control, clip layout, edge fit and weave direction in the supplied drawings or project specification. These inputs guide part geometry, mounting and visible finish.
Browse nearby applications using the same category and manufacturing approach.
Need to know
Send a drawing or sample showing display visibility and reflection control, together with the mating equipment or site reference. GFIND can review feasibility against these inputs.
Show clip layout and edge fit on the approved drawing. The buyer and GFIND should agree the related fit tolerances and inspection method before tooling.
State weave direction, expected quantity and delivery constraints. List any inspection records or tests the buyer requires in the RFQ.
