Building with Bits

Designing for the hands behind the hardware.

Context + Problem

This driver bit set packages a hard case with internal bit holders. The product itself performed very well, but key parts of the experience weren’t holding up to consumer expectations.

Responsibilities

I led the industrial design team while working collaboratively with graphic and packaging designers, aligning on research, goals, and concepts to create a more cohesive product, packaging, and brand system.

Next Steps

We had a pretty good sense of where the issues were coming from, but we wanted to validate that with real user input before jumping into solutions.

Research

We conducted surveys, interviews, and product audits to confirm what we were seeing. The feedback was consistent and problems were easy to spot.

Insights

What we learned:

  • Users struggled to remove smaller bits, especially with larger hands

  • Some users avoided the case entirely and kept bits loose

  • Plastic packaging was seen as wasteful and difficult to open

  • Competitor products showed easier access through simpler mechanisms

  • The form factors of the overall product made storage and display less efficient

Strategy

Because users cared most about speed, access, and simplicity, the design direction focused on making those things easier without overcomplicating the product.

Constraints

To make meaningful improvements, we focused on improving usability, reducing waste, and making the product easier to understand at a glance, while working within existing manufacturing methods.

Design Directions:

  • Magnetic bit holders for effortless access when removing bits

  • Better spacing and bit layout to support larger hands and visibility

  • Matchbox-style paperboard packaging to reduce size and material waste

  • Clear packaging graphics to better show what’s included

  • Compact structure to improve shelving and shipping efficiency

Highlight [A]

To fix the issue with tight clips, I designed magnetic holders that keep bits secure while making them easier to grab.

Internal

What changed:

  • Bits can optionally be stored upright for quick access

  • Magnets replace friction, reducing wear and tear, and effort to remove and replace

  • Spacing between bits allows for easier use with larger hands

  • Holders remain customizable within the case

This made the case faster to use and reduced the frustration that caused users to ignore it before.

Highlight [B]

To address packaging waste and size, we replaced the plastic clamshell with a paperboard matchbox style design.

External

What changed:

  • Packaging became smaller and easier to open

  • Paperboard reduced environmental impact

  • Better graphic hierarchy made it easier to see what’s included

  • Structure still supported peg display and retail needs

This improved both the buying experience and how the product moved through shipping and storage.

Solution

The final design combined a hard-shell case, magnetic bit holders, and compact paperboard packaging into a more usable and efficient system.

Outcomes

What improved:

  • 60% smaller packaging footprint

  • 80% more kits per shipping box

  • 33% fewer trucks needed for transport

  • Easier bit removal and replacement

  • Reduced packaging waste with paperboard design

  • Better visibility of product contents at purchase

These changes improved how the product works, how it’s sold, and how it moves through distribution. The original issues around access, packaging waste, and usability were addressed through focused design decisions. I led the industrial design work that improved how the product feels and functions, while impacting how the brand shows up through form and packaging.