After a mechanical keyboard build is completed and enters a rotation of daily use, the intricate details of its internal configuration often fade from memory. It is common for enthusiasts to forget the exact combination of plate material, foam types, and specific switch modifications once the keyboard has been in use for several months. This loss of data becomes particularly problematic when planning a similar build later or when attempting to troubleshoot or replicate a specific sound profile.
What this article covers
This article identifies the essential technical fields required to maintain a professional build log and explains why linking these records to a central inventory is necessary for long-term accuracy.
Essential Record Fields for a Build Log
To maintain a high-quality ledger that accurately reflects a keyboard’s performance and history, the following fields should be recorded:
- Board Name and Layout: The specific model and its form factor, such as 60%, 65%, 75%, TKL, Full, Alice, or Ergo.
- PCB Name: Documentation of the specific printed circuit board used in the assembly.
- Plate Material: The material that holds the switches, which significantly impacts sound and feel (e.g., aluminum, brass, polycarbonate, FR4, carbon fiber, or PPE).
- Case Material: The material of the external housing.
- Foam Type: Internal acoustic treatments such as PE, poron, or the tempest mod.
- Linked Components: Direct references to the specific switch, keycap set, and stabilizer entries already logged in your collection.
- Sound Character: Descriptive notes on the acoustic profile, such as whether the board sounds “thocky” or “clacky”.
- Evaluation: A quantitative 1-5 rating and free-text notes for ongoing assessment.
- Build Status: A lifecycle indicator showing if the board is in the planning, active, or retired stage.
The Importance of Relational Data Linking
In traditional spreadsheets or general notes apps, components are often described using free text. This method is prone to error and becomes disconnected if the underlying hardware is modified.
Linking a build record directly to the specific switch, keycap, and stabilizer entries in a collection ensures the log remains accurate over time. Because these are linked records rather than static text, any updates made to the underlying item—such as adding a new lube modification to a switch entry—are reflected in the build history. This relational approach eliminates duplicate data entry and provides a single source of truth for the entire collection.
Documenting Your Builds with ThockLog
The difficulty of tracking these complex configurations is why we developed the Build Logs feature within ThockLog. This feature provides a structured interface for all the essential fields listed above, from layout and plate material to sound character and ratings.
ThockLog allows you to link your builds directly to your Switch Inventory, Keycap Sets, and Stabilizers, ensuring that your records are always technically accurate. For those who wish to document their work visually, the app also includes a Build Share Card feature that formats these specifications into a clean layout for easy reference or sharing.
For a broader look at why keeping this data in one place beats juggling spreadsheets, see One App or Five Spreadsheets? Why Mechanical Keyboard Collectors Need a Single System.
To move your build history from memory to a managed ledger, you can download the app here: ThockLog on the App Store
Summary
Maintaining a structured build log is vital for preserving the technical history of a mechanical keyboard collection. By tracking specific materials, layouts, and statuses—and by linking these to a central inventory—collectors can ensure that every board, plate, and switch combination is documented for future reference and replication.
This article organizes information from a recording and organizing perspective. If you notice an error or outdated information, please contact us. Last verified: July 2026
