Branding & mascot design

Branding and mascot design for Biceps & Banter

Branding, sub-branding, mascot character design & illustration for coaches & YouTubers Biceps & Banter. Their approach to health & fitness is fun, boisterous, and down-to-earth – attributes they wanted reflected in their brand mark and mascot characters.

Responsibilities

  • Logo design

  • Brand guidelines

  • Sub-brand design

  • Mascot character design

  • Social media graphics

Branding and mascot design for Biceps & Banter

Branding, sub-branding, mascot character design & illustration for coaches & YouTubers Biceps & Banter. Their approach to health & fitness is fun, boisterous, and down-to-earth – attributes they wanted reflected in their brand mark and mascot characters.

Responsibilities

  • Logo design

  • Brand guidelines

  • Sub-brand design

  • Mascot character design

  • Social media graphics

Branding & mascot design

Branding and mascot design for Biceps & Banter

Branding, sub-branding, mascot character design & illustration for coaches & YouTubers Biceps & Banter. Their approach to health & fitness is fun, boisterous, and down-to-earth – attributes they wanted reflected in their brand mark and mascot characters.

Responsibilities

  • Logo design

  • Brand guidelines

  • Sub-brand design

  • Mascot character design

  • Social media graphics

Let's put the FUN in functional!

Click me,

Throw me

© Nat Al-Tahhan, NatAlt Design 2010 - 2026

All content explicitly on this site is prohibited from being used in any manner pertaining to AI asset generation or machine learning

Let's put the FUN in functional!

Tap me,

Throw me

© Nat Al-Tahhan, NatAlt Design 2010 - 2026

All content explicitly on this site is prohibited from being used in any manner pertaining to AI asset generation or machine learning

Let's put the FUN in functional!

Tap me,

Throw me

© Nat Al-Tahhan, NatAlt Design 2010 - 2026

All content explicitly on this site is prohibited from being used in any manner pertaining to AI asset generation or machine learning