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ROCK


DESCRIPTION

Rock is a versatile bag designed for rock climbers. It combines all essential needs in one bag. Inspired by the forms found in climbing gyms, it incorporates a color scheme I enjoyed, with red highlighting functional elements for easy identification. 

TOOLS

• Industrial Sewing Machine, Pattern Making, Rapid Prototyping, Product Photography
• Adobe Illustrator, Lightroom 

TIMELINE

NOV 2024 - DEC 2024

CREDITS

• Model: Hanbyul Lee








   BACKGROUND

CONCEPT 


The most memorable aspect of indoor rock climbing is the colorful climbing holds scattered throughout the gym. They each have a unique shape and vibrant color to them, making it easy to identify. These holds often feature a hex bolt for secure attachment to the wall. Additionally, the gears associated with outdoor rock climbing—such as carabiners, ropes, and other equipment—also served as inspiration. 

With the references I found from these iconic shapes and elements, I created Rock, a gym bag designed specifically for rock climbers.



OVERVIEW

PROCESS



CONCEPT SKETCH + PROTOTYPES


TEMPLATES

CAD COMPONENTS

FINAL PROTOTYPE


BILL OF MATERIALS + TIME SHEET



STEP 1

CONCEPT SKETCH


Threads, climbing holds, and gears were the three key elements that guided my design process. I explored how each of these elements could serve a functional purpose in the bag. 

For example, the thread serves a purpose where the user could clip their climbing shoes onto the thread bolt that is only accessible by unscrewing it. This design could also unlock a zipper compartment that stores chalk bags. This helps maintain a tidy, clean bag, which addresses common pain points among many climbing users.


STEP 1

PROTOTYPES


The first prototype (left) served as an initial exploration of the bag's form and structure. While it lacked functional components, it was rapidly prototyped to visualize the overall design. 

The second prototype (middle) introduced functional elements, including straps, an interior chalk bag zipper, a tool holder, and inner/outer pockets.

Throughout this stage, I encountered challenges such as mirroring templates, sequencing the sewing process, and ensuring easy access to zippers. These insights helped me refine the functionality and craftsmanship of my final prototype.

STEP 2

TEMPLATES


Using Adobe Illustrator, I created a digital template of the bag's basic shape after prototyping. This allowed me to refine the dimensions for a precise and smoother cut. Each template also accounted for the lining fabrics.


STEP 3

CAD COMPONENTS


In CAD SOLIDWORKS, I designed a custom buckle adjuster specifically for the 2.5” strap of the bag.

I also developed a twist mechanism for the front pocket, featuring male and female threaded components. The female component was securely attached to the inside of the front pocket using backstitching.


STEP 4

FINAL PROTOTYPE


By addressing the issues I encountered in my first two prototypes, I used the template I created in Adobe Illustrator to craft my final prototype. The order of operations for assembling the gusset/side panels, front side, and back pocket was important before sewing all the sides together.

STEP 5

BILL OF MATERIALS + TIME SHEET





FINAL

FUNCTION


Chalk Bag + Tool Holder

Twist Lock Mechanism

Adjustable Strap

Personal Items

The Rock Bag’s main function focused on creating a clean, low-mess solution for chalk. It features a zippered pocket that closes the chalk bag when not in use.

It also includes compartments for a chalk brush, pens, shoe holder, chalk bag holder, and snacks for rock climbing.














FINAL

PHOTOS