gopro latch 3d models

Housing for latch

Individual placed in second-ranked structure.

The material used is AISI 1020, and it has a mass of 1066.52 units.

Mass = 1066.52 gramsMake a sketch with a circle at the origin R6. Make a line to the left and underneath both 14 away. Make the left line 18 and between those a 45degree angle line. The bottom line running until a R5 circle's top. From that circles...

This is an easy-to-use, straightforward equipment that simplifies tasks and enhances performance. ...Its user-friendly design ensures hassle-free operation, making it perfect for those who prefer a no-nonsense approach to hardware.

I started by sketching out all of the straight lines and dimensioning them as such. To create the curved geometry, I used two different types of arcs. I created a centerpoint arc, using the midpoint of the long line in the bottom right as the center....

Steps:1. Started the sketch o the 40mm ark and dimensioned as I went, when I got to the corner with the two tangent arcs, I made the horizontal line coming from the 45 angle coincident with the point of the 29mm arc.2. Extruded to part width3.

I used the line tool to create my shape than started to dimension everything to the correct length. I used the arc tool so i could make my curves and everything. ...I than extruded than and but a circle on the shape and cut it through the entire shape.

Humans can easily manipulate the locking mechanism.

step1: sketch geometry according to the blue prints (( !! crucial !! ...- when sketching make sure the arcs are fully defined first, then make the line under the whole cut out concentric with the axis))(note) the axis point in the blue prints can be...

Mass = 1066.52 gramsVolume = 135002.52 cubic millimetersSurface area = 18681.37 square millimetersFor 2D I used the line, fillet, and circular tool.For 3D I used the extrude feature.

a tool

Bolts/Nuts needed: 4 M3 x 06 Socket head bolt 1 M3 x 35 Socket head bolt 5 M3 Nuts

I started by sketching out all of the straight lines and dimensioning them as such. To create the curved geometry, I used two different types of arcs. I created a centerpoint arc, using the midpoint of the long line in the bottom right as the center....

I hacked out a shorter cut of that thing.

Density = 0.01 grams per cubic millimeterMass = 1066.52 gramsVolume = 135002.52 cubic millimetersSurface area = 18681.37 square millimetersFirst sketch your piece on the front plane then extrude it, and if need be do a extrude to next on the...

This is an uncomplicated device designed to secure something in place. ...It's not exactly rocket science.

Plugs that can be used on the model, positioned using rubber bands.

Simple FreeCad Assembly

<p>PLA 200/60</p><p>Fan 100%</p><p>no supports</p>

step1: sketch geometry according to the blue prints (( !! crucial !! ...- when sketching make sure the arcs are fully defined first, then make the line under the whole cut out concentric with the axis))(note) the axis point in the blue prints can be...

Mass = 1066.52 gramsVolume = 135002.52 cubic millimetersSurface area = 18681.37 square millimetersProcedure: I started this model with the sketch from the front view. Started with the circle on the origin, then I sketched all the lines above and to...

With SolidWorks, I created this model with the tools line, smart dimension, centerline, circle, and boss extrude. The material required was AISI 1020 which I made this model as. Understanding the blueprint of this practice part was simple as it...

a tool

Test prep project