Tools and Features utilized:

• Helical Sweep- Swept the body of the spring following a specific profile then edited the pitch
• Revolve- Revolved the ends using project geometry to create the sketch profile
• Simple Sweep- Swept the top and bottom hooks along a sketch

Tools and Features utilized:

• Sub-Assembly- Had to create two sub assemblies of both different links used throughout the chain
• Assembly- Put together the sub assemblies into a complete chain
• Pattern- After creating a small section of the chain assembly, the rest was patterned along the entire chain profile

Tools and Features utilized:

• Swept Blend- Swept the body profile using a variety of different sections throughout the blend
• Project Geometry- Projected geometric shapes and writing onto a curved surface
• Offset- Created an extrusion on the curved handle with shapes and letters

Tools and Features utilized:

• Sweep- Swept the main chamber as a surface
• Thicken- Thickened the body surface to make a more realistic housing
• Revolve- Sketched the proper profile for the side holes on the body and used a revolve to create the holes
• Pattern- Patterned the holes on both flanges

Tools and Features utilized:

• Variable Section Sweep- Imported the points to create curves that were the guides in the processes of sweeping the body profile
• Shell- Shelled the inside of the bottle after creating the entire body
• Helical Sweep- Used a sweep to create the threads for the cap

Tools and Features utilized:

• User Defined Feature (UDF)- Designed a UDF in order to have flexibility in the size of the rotor
• Revolve- Created the profile for the face of the rotor then revolved it
• Pattern- Extruded the three holes along the rotor face then patterned around the entire rotor
• Instance- Defined the dimensions for the rotor in the family tree so that they changed with the different size rotors (11inch, 12inch, 13inch)

Tools and Features utilized:

• Assembly- Assembled all the parts utilizing pin joints and slider joints
• Servo Motor- Added a servo motor to drive the entire part
• Cams- Constrained parts to act as cams so that the entire part will move when the servo is on

Tools and Features utilized:

• Extrude- Most of this body was done using the extrusion tool
• Hole wizard- Made multiple threaded holes so that a standard bolt could screw inside

Tools and Features utilized:

• Spline- Imported points from excel to create multiple splines that make up the profile of the drone's body. Additionally, spline was used to create the drones wing from a standard airfoil design along with many other parts that required airfoil designs
• Lofted Base- Swept the airfoil wing design along a curve that connected the wings base and tip
• Offset Surface- a surface offset was used to loft a airfoil profile from the wing
• Revolved Base- Revolved the tip of the propeller after sketching the design
• Mirror- Only half the drone was built as it is easier to make half then mirror since the sweeps are complex

Tools and Features utilized:

• Assembly- Mated the parts together with constraints that allow the parts to move as they would in real life
• Toolbox- Utilized pre-made parts such as screws and bolts, to keep some of the parts standardized
• Interference Detection- Evaluated the assembly for interference's then modified the parts to avoid these interference's

Tools and Features utilized:

• Motion Study- After creating an assembly, the mechanism's path of motion can be graphed and studied
• Results and plots- defined the displacement, velocity, and acceleration paths for each of the legs then analyzed them