Viral Hooks
Trending short videosExplaining product design iterations
B

@bomtrace

TikTok · Vlog

@bomtrace How much filament does it take to develop a storage system? 👀 The BOM-Trace Drawer Cabinets went through many design iterations before reaching the final version. From drawer stoppers to push-push locking mechanisms, every feature was tested, redesigned, and printed again. Free models available in the BOM-Trace Model Library. #bomtrace #3DPrinting #ProductDevelopment #Engineering #HardwareDesign #Electronics #Maker #Prototype #StorageSystem #WorkshopOrganization #storage #hardware #bin #cabinets #components

View original on TikTok

The edit1 shot · 31 text
Shots Text0:31

Performance

Views
125.8K
Likes
4.6K
Comments
32
Engagement
3.7%
Outlier
161.3×
Length · 4 Jun 2026
0:31

Video #33235 · Vlog

Explaining product design iterationsfrom @bomtrace

[01]

Overview

The creator showcases the large amount of 3D printer filament used in the development of a storage cabinet system. They explain the iterative design process, demonstrating how they engineered a built-in drawer stopper to prevent drawers from falling out, and then added a push-push latch mechanism to securely lock the drawers and prevent contents from spilling. The video concludes by showing the final product variations, reinforcing the idea that extensive prototyping and testing were required.

[02]

Simple outline

  1. 1Reveal project's high cost
  2. 2Show initial solution to a problem
  3. 3Expose that solution's hidden flaw
  4. 4Present the final, superior solution

[03]

Related videos

[04]

Classification

Format
Concepts
ProcessBehind The ScenesOrigin Story
Elements
VoiceoverText OverlayB-Roll Cutaway

[05]

Hook analysis

What stops the scroll in the first 3 seconds

Title hook · 15%

HOW

Verbal hook · 35%

Here's how much filament we went through developing and printing the Bomb Trace drawer cabinets.

Visual hook · 50%

A man stacking numerous empty white 3D printer filament spools into tall towers, creating a visually impactful sense of scale and material consumption.

[06]

Hook template

Steal this for your own video

Watch someone stack [countable physical byproduct] to show exactly how much [effort/resource] went into building [end product].

  • — Watch someone stack empty paint cans to show exactly how much material went into finishing a custom furniture line.
  • — Watch someone stack crumpled paper prototypes to show exactly how much iteration went into designing a new wallet.
  • — Watch someone stack worn-out drill bits to show exactly how much work went into hand-building a timber frame cabin.

[07]

Hook and payoff

The promise the opener makes, and how the video pays it back

Hook

The Scale Hook: Immediately establishes the high stakes or significant investment of the project using a dramatic visual and a direct statement, creating curiosity about the justification for such effort.

Payoff

The Justification Loop: The narrative comes full circle by explicitly connecting the iterative design process (the problems and solutions) back to the high cost established in the hook, providing a satisfying justification for the initial investment and concluding the story.

[08]

Narrative framework

The structural pattern this video runs on

Framework

The Iterative Solution

A narrative structure that demonstrates value by revealing a product's evolution through a series of problems and increasingly sophisticated solutions, justifying a high initial investment of time, money, or materials.

  1. 1

    The Obvious Problem & Simple Fix

    A common, relatable problem is identified, and a straightforward, first-level solution is presented and demonstrated. This establishes a baseline of competence and solves the most apparent issue.

  2. 2

    The Hidden Flaw Reveal

    A 'but...' moment where the initial solution is shown to be insufficient when faced with a less obvious, more critical stress test. This creates a narrative twist, invalidates the simple fix, and raises the stakes.

  3. 3

    The Elegant Engineering Solution

    A more complex, non-obvious, and superior solution is introduced and demonstrated to solve the hidden flaw, showcasing a higher level of ingenuity and thought.

Themes

  • Innovation
  • Problem-Solving
  • Persistence
  • Manufacturing

Techniques

  • Product Demonstration
  • Process Documentation
  • Storytelling

Post caption

How much filament does it take to develop a storage system? 👀 The BOM-Trace Drawer Cabinets went through many design iterations before reaching the final version. From drawer stoppers to push-push locking mechanisms, every feature was tested, redesigned, and printed again. Free models available in the BOM-Trace Model Library. #bomtrace #3DPrinting #ProductDevelopment #Engineering #HardwareDesign #Electronics #Maker #Prototype #StorageSystem #WorkshopOrganization #storage #hardware #bin #cabinets #components

Text overlays

  • title · beginning

    HOW

  • title · beginning

    WENT

  • title · beginning

    AND

  • contextual · beginning

    TRACE

  • contextual · beginning

    CABINETS

  • contextual · beginning

    DRAWER

  • contextual · beginning

    STOPPER

  • contextual · beginning

    FROM

  • contextual · beginning

    FRAME

  • contextual · middle

    IT

  • contextual · middle

    JUST

  • contextual · middle

    THE

  • contextual · middle

    A

  • contextual · middle

    THE

  • contextual · middle

    IN

  • contextual · middle

    OUT

  • contextual · middle

    THE SIDES

  • contextual · middle

    EVEN

  • contextual · middle

    COMPONENTS

  • contextual · middle

    FALL

  • contextual · middle

    MOUNTING

  • contextual · middle

    LATCH

  • contextual · middle

    THE

  • contextual · middle

    COMPLETELY

  • contextual · middle

    LOCKED

  • contextual · middle

    YOURSELF

  • contextual · end

    ITERATIONS

  • contextual · end

    PROTOTYPES

  • contextual · end

    VARIATIONS

  • contextual · end

    AND

  • contextual · end

    PLASTIC

Transcript

Here's how much filament we went through developing and printing the Bomb Trace drawer cabinets. Each drawer has a built in stopper that keeps it from falling out of the frame, because without it, the drawer will just fall out. The stopper is shaped like a half arrow. The drawer slides in, but won't slide out unless you squeeze the sides. But even with all that, the components will still fall out. So by mounting a push push latch to the back of the drawer, it stays completely locked until you push it open yourself. All these iterations mean prototypes, variations, and a lot of plastic.

Explaining product design iterations | Viral Hooks