Garmin Ball mount Device Holder for ProClip Extra Strength Center Mount 2017+ Ford SuperDuty - image

Files (1)

ProClipOffsetBallAdapter_v4.stl

STL

687.5 KB

Print guidance estimate

Estimated from part metadata

Print cost & setup estimate

Planning numbers for filament, cost, time, and setup. Treat them as estimates until you confirm the file in your slicer.

1 model file

Recommended kit

26g

Based on 25% main infill across listed model files

Material cost

$0.62

Filament only at roughly $24/kg PETG / ASA

Print time

44m–1.2h

Uses 70 mm/s, 0.2 mm layers; verify supports in slicer

STL file	Role	Source size	PETG / ASA 20%	PETG / ASA 25%	100% solid	Recommendation
ProClipOffsetBallAdapter_v4.stl	Clip	687.5 KB STL	24g $0.58	26g $0.62	57g $1.37	Ensure the back side of the print sits flush on the bed surface to avoid supports

Saved setup guidance is used for material, infill, support, and per-file recommendation text; editable numbers are planning estimates only.

Phone Mounts

Garmin Ball mount Device Holder for ProClip Extra Strength Center Mount 2017+ Ford SuperDuty

0 downloads64 views0 likes

Shared by

3DPrintedCarPart

Verified

Description

Garmin Ball mount Device Holder for ProClip Extra Strength Center Mount 2017+ Ford SuperDuty (241502) https://www.proclipusa.com/product/proclip-ford-center-dash-mount-extra-strength Ford F250/350/450/550/Super Duty 2017 - 20xx Ford Expedition 2018 - 20xx My last GPS mount design had its sticky fail when sitting mounted in 100+ degree days a few times over the last couple years. This annoyance got me to get the ProClip mount that doesn’t rely on double stick tape. Not thrilled with positioning it provided because I liked the display location of my previous design. So I created this Garmin Ball Device Holder that locks into the tapered middle of the ProClip mount. It requires no screws and sets the GPS to the left and nearer the dash then possible with a faceplate mounted ball. Simple design that doesn’t require supports if you make sure the back side sits flush on bed surface. I print in PETG with.32mm layers out of a.5mm nozzle about as fast as my printer can go. Zero post processing, straight from printer bed to performing GPS mount duty.