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Member Resources

MEPS Handbook

Your guide to building rockets.

This is an ongoing project to document the design, building, and launching of rockets to allow new members to refer to while building their own rockets.

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Relevant Files

Relevant Files/Links from Meetings

Rocketry 101 Slides


OpenRocket Tutorial

Join our Slack!

Slack is our main communication method between members, teams, and leadership. Got a question? Ask away!
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Build Hours Request Form
If you need help with your rocket and need access to lab tools, request a time.
Rocketry Lab
Where to Get Materials
Other Labs
Leadership Directory
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Lab Rules

We are extremely happy to have our own workspace, and we need to keep it clean and orderly.

  • Clean up after yourself
  • If you grab a tool, put it away before you leave.
  • Don’t touch things that aren’t yours
  • If something of yours is drying or curing, put a note near it to let people know not to move it.
  • Mark your things. 
  • Use the correct shelving for storage.
  • Keep flammables like spray-paint in the flammables cabinet.
  • Don’t use spray paint in the lab.
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The following materials are generally provided by BYU Rocketry:

  • sandpaper
  • paper cups (for epoxy)
  • Epoxy filler (for fin fillets)
  • Masking tape
  • 3D printed rail buttons
  • cellulose insulation (for wadding)
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Available Tools
  • Dremels – Useful for cutting into body tubes and grinding down materials
  • Wrenches 
  • Screwdriver set
  • Soldering irons
  • Drills
  • Drill bits
  • Composite CNC routing bits
  • Clamps
  • Wire strippers
  • Razor blades
  • Rocket stands
  • 3D printer (see below)
  • Shopvac
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3D Printer Use

Here are some important things regarding the printer:

  • The printer is only for BYU Rocketry related projects.
  • Prints can be made from PLA (changes will be made soon to allow ABS).
  • Using the printer without adequate knowledge of slicing and printing can damage the printer and yield poor printing results. Please consult Derrick Walker or Brennen Dover before making any prints!
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These sites are good places to order rocket building supplies and parachutes from.

Rocket Building Supplies



For rocket launches at UROC order from

Das Rocket

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BYU Prototyping Lab

Located on the 1st floor of the EB. Safety glasses are required as well as pants and closed-toed shoes.

The following machinery is used frequently:

  • Laser cutter – Ideal for cutting plywood bulkheads, centering rings, and fins.
  • CNC Router (ShopSabre) – Ideal for cutting fiberglass fins.
  • 3D printers – If you prefer to print something with the ease of having someone else slice and print it, this is a good option. Keep in mind that it can get expensive quick at $0.15/gram, and they only print PLA.
  • Vinyl Cutter – Ideal for making vinyl decals (same room as laser cutter). If you want to use this, you’ll need to book the laser cutter as there isn’t an official reservation slot for this machine.
  • Lathe – Sometimes used by the high-power teams to make metal rail buttons.
  • Belt sander – Useful to sanding down wood fins or bulkheads that are too large. Keep in mind that you can’t sand composites here.
  • Miter and table saw – Good for straight or angled cuts on plywood.

Below is a link to make a reservation

Prototyping Lab Website

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BYU Composites Lab

Located in Rm 115 of the Snell Building. Safety glasses are required as well as pants and closed-toed shoes.

The following are used frequently:

  • Prepreg carbon fiber – Used for body tubes for larger rockets as well as higher velocity rockets. The material is free to use, but requires multiple people to roll. The club has several different sizes of mandrels for this. Make sure you know what you’re doing before you attempt to roll a tube. 
  • Bandsaw – Ideal for cutting paper-based or soft materials like a blue-tube coupler.
  • Composite table saw – Ideal for cutting carbon fiber or fiberglass materials like body tubes to shape.
  • Belt sander – This belt sander is hooked up to a vacuum system, so it’s safer to sand a composite like fiberglass. This can speed up the process of making fiberglass fins greatly.

The composites lab doesn’t have a website. For details on times and availability, you need to physically go to the lab. The TA’s hours and contact information will be posted on the door of the lab.

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Project Support Center (PSC)

The project support center is a wonderful resource for checking out tools, cameras, and electronic components. You can also book testing machines. It's located in CB 154.

Here is a quick list of testing machines

  • Wind tunnel
  • Tensile testing machines

Here is a quick list of things that may be useful

  • Small motors
  • Router (for cutting fin slots)
  • Basic circuitry components
  • High speed cameras

Scott Tuley

April 02, 2023 10:38 AM

Riley Brown

January 20, 2022 04:53 PM
Vice President

Tyson Butterfield

January 20, 2022 04:31 PM

Anya Jeppson

April 02, 2023 10:42 AM

Nathan Butler

April 02, 2023 10:45 AM
Equipment Manager

Matthew Taylor

April 02, 2023 10:46 AM
Social Media Manager

Casey Gooch

April 02, 2023 10:48 AM
Outreach Coordinator

Brian Bodily

April 02, 2023 10:49 AM
Outreach Coordinator

Haylee Sevy

April 02, 2023 11:02 AM
Website Manager

Zach Lyman

April 02, 2023 11:04 AM
Student Launch Competition Coordinator

Bryant Neuvert

April 02, 2023 11:06 AM
Student Launch Competition Coordinator

Joshua Taylor

April 02, 2023 11:08 AM
Advanced Launch Competition Coordinator

Bradley Hornfischer

April 02, 2023 11:10 AM
Advanced Launch Competition Coordinator

Derrick Walker

January 19, 2022 02:43 PM
MEPS Team Lead

Blake Jensen

January 19, 2022 02:43 PM
Safety Officer

Occasionally BYU Rocketry will have networking events where we will either tour a company facility or they will come talk to us. Join our newsletter and stay tuned for any networking events will have in the future!

Where to apply