Hi, I’m Parker

I have always been curious about the world around me and how things work. I hope you enjoy looking at the projects I’ve completed. If you would like to get in touch, contact me at parkerlofstrom1021 [at] gmail.com.

Experience
  • BitSpace Maker Lab – maker from 2015 – 2021
  • Pumping Station Maker Space – current maker
  • Loyola Academy – Clavius Scholars Honors Program
  • Loyola Academy – Architecture Club
  • Loyola Academy – Sailing Team
  • Loyola Academy – Peer Tutor
  • Loyola Academy – Student Ambassador
  • Loyola Academy – Theater Prop Design and Construction Team / Annie performance 2021
  • Illinois Junior Academy of Science 2019 – Top Board Winner, Regionals; Concept Schools Award Recipient; Gold medal, State competition

  • Haunted House – design, props, construction, production, live event management – 2014 – 2019 (2020 canceled due to COVID)
  • Go-Kart (2 models) – design, engineering, construction
  • Fire-breathing Dragon – design, chemistry, production
  • Apps/Software – Fusion 360, Inkscape, Illustrator, NoLimits2
  • Tools/Skillsets – Prusa 3D printer, ShopBot CNC, universal and BOSS laser cutters, wood shop, electronics, cold metals

Roller Coaster (Retired)

Overview

This project has been retired to make way for future projects

The roller coaster, Torque XLC, was the longest project I have ever completed. From early design stages to final product, this project took around eight months. This ride features an air compressed launch, airtime bunny hill, and a zero-gravity spike. Everything was first designed and rendered in Fusion 360, which allowed for me to see what it would look like completed. The pieces were then cut using a CNC router, resulting in a precise construction. These pieces were then assembled into their various sections and PVC pipe was fitted to the track profile by heating it with a heat gun. The launch was the most challenging part because of all the moving parts. I chose an air compressed launch because of the quick acceleration they can provide. I designed the launch mechanisms by hand, not knowing if it would work. At peak operating pressure, this system is able to generate over 1000 pounds of force within a fraction of a second. This allows for the car to be accelerated to over twenty miles an hour in under half a second. More schematics and details about this launch can be found below. 

For a more detailed explanation of the ride mechanics, please check out my recent blog post about it.

Why I made this

Since I was young, I have always been fascinated with roller coasters. Over the years, I have been to many parks and been on many rides. In the winter of 2020, I decided I should build one for myself, so I can ride one whenever I want to.

  • Built

    Spring/Summer 2021

  • Category

    Engineering, physics

  • Apps/Tools used

    Fusion 360, Inkscape, ShopBot CNC, woodworking tools