STAR Public
  • Space Technologies and Rocketry
  • Quick Links
  • Member Info
    • Membership Requirements
    • Elections
  • Current Projects
    • ALULA: First Leap
      • Project Objectives
      • High-Level System Parameters
      • Propulsion
      • Avionics
      • Airframe
      • Recovery
    • Caldera: IREC 2024
      • Airframe
      • Avionics
      • Airbrakes
      • Recovery
      • Staging
      • KELSE-Y (Payload)
  • Previous Projects
    • CalVistor: IREC 2023
      • Recovery (CalVistor)
      • Airframe (CalVistor)
      • Airbrakes (CalVistor)
      • Payload (CalVistor)
    • ELLIE
      • ELLIE Overview
      • Timeline
      • Physical System
      • Electrical and Software
      • Ongoing Research
    • MINDI
      • Airframe
      • Recovery
    • PinkBeary
      • Altimeter Wiring Update
      • Airframe Diameter
      • Fin Sizing
      • Pyro Bolts
      • Electronics
    • CAS
      • CAS Overview
      • Core Module
      • Radio Module
      • Pyro Module
      • Prop Module
      • CAS Core Revised
      • CAS Radio Revised
    • DAVE
      • Summary of DAVE
      • FAQ's
      • DAVE Blog
    • Bear Force One: IREC 2020/2021
      • Airframe
      • Recovery
        • Parachute Harness
        • Avionics Bay
          • Avionics Bay Glossary
          • Avionics Bay Assembly
        • Black Powder Holders
        • Payload
          • Payload Subsystem Report
          • IRIS
            • Peripherals Diagram
            • Pinout Diagram
            • Power Flow Diagram
          • MFC (2020)
          • Stabilization
          • Structures
          • Cameras
          • Muons - Archived
          • IRIS Legacy - Archived
    • Arctos
    • AirBears
  • Frequently Asked Questions
  • Tutorials
    • Media
      • How to make a decent video
    • RFS Safety Training
    • Submitting Reimbursements
    • Software Setup
      • SolidWorks Installation
      • VMware/Boot Camp setup
      • [In-Progress] SolidWorks PDM Setup
      • ANSYS Installation and Setup
      • Solidworks Assemblies Basics
      • OpenRocket Installation
      • Deprecated Software
        • [deprecated] Getting Started With GrabCAD Workbench
        • [deprecated] Using GrabCAD Workbench in SolidWorks
        • [deprecated] Connecting to CalSTAR's Server
        • [deprecated] Installing and Licensing Converge CFD
    • General Tutorials
      • How to Use SolidWorks Templates
      • [In Progress] Digikey Ordering Guide
      • SolidWorks Training Session
      • SolidWorks Training Tutorials
    • Enery Systems
    • Manufacturing
      • Material Properties and Uses
      • 3D Printing (FDM)
      • Laser Cutting
      • FabLight: Metal Laser Cutter
      • Milling
        • Othermill
        • [Empty] Manual Mills
      • Tolerancing
      • Fasteners
      • Suppliers
      • Composite Materials and Best Practices
      • 8020 Extrusions
    • Airframe
      • Airframe Components
      • Tube Attachement
      • OpenRocket
      • Tube Winding
      • Sizing Fins
      • Attaching Fins
      • Rail Buttons
      • Motor Retention
      • Painting Rockets
    • Avionics
      • KiCad
      • Git
      • Project Management
      • Firmware Development Environment
      • Ground Station Software
      • Intro to Embedded C Programming
      • Schematic and Layout Review
      • Board Design Reference
      • Using Lab Equipment
      • Reflow Oven
      • Soldering
      • Debugging Tips/Testing
      • Ham Radio Basics
      • Component Selection
      • High Temperature Batteries
    • Outreach Activities
      • Straw Rocketry
      • Spacecraft Structures
      • Alka Seltzer Rockets
      • Paper Airplane Launcher
      • Coding Workshop
    • Operations
      • SolidWorks file conventions
      • Style Guidelines
      • LaTeX
    • Payload
    • Propulsion
      • Feed System Types
      • Rocket Propulsion Analysis Tutorial
      • Ignition Devices
      • Creating a Piping and Instrumentation Diagram P&ID
      • Pipes, Fittings, and Components
      • Injectors
    • Recovery
      • Parachute Sizing
      • Avionics Sled
      • [in progress] Altimeters
      • Wire Design and Routing
    • Simulations
      • FEA Simulation Tutorial using ANSYS
      • Getting Started with CONVERGE (2.4)
      • [Empty] Simulation Methods
      • Mathematical Models
      • SimScale
        • SimScale 3D CFD
      • Using ANSYS
      • ANSYS 19.2 2D CFD Tutorial
      • ANSYS 19.2 3D CFD Tutorial
    • Administrative
      • Azure Server
    • Page 1
  • Reference
    • Reference
    • Glossaries
      • Propulsion
      • Common Acronyms and Definitions
    • Brand Guidelines
    • Legal
    • High Power Rocketry (HPR)
      • NASA HPR Reference
      • L1 and L2 Certification Tips & Tricks
      • HPR Kits
      • HPR Design
      • HPR Suppliers
      • STAR HPR Certification
    • Ham Operators
    • X-Winder Update Log
    • Safety
      • Materials
      • Tools
      • Electrical
      • Range Safety
  • Testing
    • Test Forms
    • Damage Report Forms
    • Airframe Tests
    • Recovery Tests
      • Ground Ejection Test
  • Onboarding
    • Intro Projects
      • Airframe
      • Avionics
        • PCB Design Mini-Project
      • Operations
      • Payload
      • Propulsion
      • Outreach
      • Recovery
      • Media
      • Safety
      • Simulations
      • Old Intro Projects
        • Payload 2020 Intro Project
        • Propulsion Fall 2019
        • Avionics 2018
        • Recovery 2018
        • Avionics (new intro project Fall 2021)
  • Project Management
  • History of the Team
    • Early Years
    • Executive History
    • Launch History
      • 2022-12-03 MINDI First Flight
      • 2022-09-17 Pinkbeary First Flight
      • 2019-11-16 AirBears First Flight
      • 2018-03-24 Final flight for Arktos
      • 2017-04-08 Competition Launch, NASA SL 2017
      • 2017-03-25 FRR Re-Re-Flight, NASA SL 2017
      • 2017-03-12 FRR Re-Flight, NASA SL 2017
      • 2017-03-04 FRR Flight, NASA SL 2017
      • 2016-12-04 CDR Subscale Flight, NASA SL 2017
    • Fleet
  • How to use GitBook
Powered by GitBook
On this page
  • Color and Aesthetics
  • Primary Palettes
  • Secondary Palettes
  • Logo Selection
  • Pictorial Mark Logo
  • Wordmark Logo
  • Typographic Guidelines
  • Name Usage
  • Other Resources
Export as PDF
  1. Reference

Brand Guidelines

PreviousCommon Acronyms and DefinitionsNextLegal

Last updated 4 years ago

Color and Aesthetics

Primary Palettes

STAR's primary palettes are to be used for primary branding elements such as logos, headers, and important text. Depending on circumstance, the 'black' and 'white' colors may be supplemented or replaced with their web defaults. The colors above can also be used for descriptive text as needed (particularly black and white).

Secondary Palettes

NASA content - images, audio, video, and computer files used in the rendition of 3-dimensional models, such as texture maps and polygon data in any format - generally are not copyrighted. You may use this material for educational or informational purposes, including photo collections, textbooks, public exhibits, computer graphical simulations and Internet Web pages. This general permission extends to personal Web pages.

News outlets, schools, and text-book authors may use NASA content without needing explicit permission. NASA content used in a factual manner that does not imply endorsement may be used without needing explicit permission. NASA should be acknowledged as the source of the material. NASA occasionally uses copyrighted material by permission on its website. Those images will be marked copyright with the name of the copyright holder. NASA's use does not convey any rights to others to use the same material. Those wishing to use copyrighted material must contact the copyright holder directly.

Logo Selection

Pictorial Mark Logo

A pictorial mark logo is a graphical logo with some existing and recognizable symbol that's directly associated with the entity the logo is representing. STAR's pictorial logo is an image of a rocket as shown below and comes in eight standard colors.

As pictured above, the pictoral logos come in eight varieties. There's a flat and a layered logo for each of STAR's primary palettes. Note that the black and white logos do not correspond with their exact Pantone color codes as of yet due to temporary color constraints. Although any of the logos shown above are allowed for official STAR use, the highlighted ones are recommended for most purposes. In general, the layered blue logo should be use as the general dark logo and the layered white one for the general light logo.

Wordmark Logo

The workmark logo is avaliable in Google Drive, in the Media folder, Current Brand Elements, Typographic logo.

You do not need to type out the workmark logo, use the vector version of the logo (Export from Illustrator file) or use the .png version.

Typographic Guidelines

The current font used most often in STAR flyers and other promotional materials is Proxima Nova Bold Italic. Note that non-itallic and non-bold varieties are not often used.

As in the example above, capitalized light gold letters are often used for headers and emphasis. White text is often used for bulk descriptive elements. For non-graphic sources such as website material, other fonts are allowed.

Name Usage

Other Resources

STAR's secondary palette is more flexible than the primary palette. The colors and themes in the figure above are to be used freely as backgrounds, graphic details, or other elements in STAR promotional or other material. They can be tweaked and adjusted as needed and really serve more as recommended guidelines. The "Colored Stars" example above has a gradient overlaid on top of the starscape in the background of the cited NASA image. A large supply of royalty free starscape and other space related images can be attained freely from . is also a good source for amateur astrophotography including several items captured by members of STAR. Note that not all items on DSO Browser are freely available. The use of NASA images is permitted by the following policy:

NASA has extensive and galleries online, including , , , and ways to . Generally, each mission and program has a video and image collection on the . For example, Space Station videos can be found at . Content can also be found on our extensive .

The full text of the above policy is available at .

STAR has both a lettermark and pictorial mark logo for use in all official materials. Both have options available in all the primary colors as described above. All current logos and other brand elements can be found in both PNG and AI format in the .

As noted in , the official name of this organization is "Space Technologies and Rocketry" and is typically abbreviated as "STAR" with the "A" capitalized. Derivatives of this name such as "California Space Technologies and Rocketry," "CalSTAR," and "UC Berkeley STAR" are not officially recognized and should be used neither either formally nor informally. When appropriate, such as with account names, a full title of "STAR: Space Technologies and Rocketry" may be used as shown below.

Official UC Berkeley brand guidelines are available at . Note that STAR is not required to adhere to these guidelines.

NASA
DSO Browser
image
video
historic images
current missions
astronomy pictures
Earth images
search for NASA images
topic page
https://www.nasa.gov/mission_pages/station/videos/index.html
social media channels
https://www.nasa.gov/multimedia/guidelines/index.html
Google Drive
our constitution
https://brand.berkeley.edu/
The pictorial logo elements. Highlighted elements are recommended dark and light logos respectively.
Note the invalid @ucberkeleystar handle.