Tech Pack Templates
Essential sections, format comparisons, and how to know when it's time to move from static templates to PLM-generated tech packs.
Joe Lauder·Founder, Kōbō·Updated Apr 22, 2026Good tech pack templates save hours and prevent costly manufacturing errors. But not all templates are created equal. The difference between a basic template and a comprehensive one can mean the difference between a smooth production run and thousands of dollars in rework. Here's what to include in your templates, which format to use, and when it's time to upgrade.
A tech pack template is the standardized document framework your team fills out for every style. It ensures nothing gets missed, keeps information consistent across your collection, and gives factories a predictable format they can work from efficiently. The best templates are not just forms to fill in — they actively guide the user toward completeness.
A template doesn't make a good tech pack. But a good template makes it much harder to create a bad one.
What Makes a Good Tech Pack Template
Not every tech pack template is worth using. The best ones share four key principles that separate them from the blank spreadsheets most brands start with.
Comprehensive — Covers every section a factory needs, from cover page to packaging specs. If a section doesn't apply, it's easier to delete it than to remember it was missing.
Standardized — Uses consistent formatting, naming conventions, and measurement methods across all styles. Factories learn to navigate your packs quickly when every style follows the same structure.
Clear — Uses unambiguous language, visual callouts, and precise specifications. "Blue" is not a color spec. "Pantone 19-4052 TCX Classic Blue" is.
Factory-friendly — Organized from the factory's perspective, not the designer's. Pattern makers, fabric buyers, and QC inspectors each need to find their relevant sections quickly without reading the entire document.
Essential Template Sections Breakdown
A complete tech pack template should include these core sections. Each one serves a specific audience on the factory floor, and missing any of them leads to delays, questions, or outright errors during production.
| Section | What to Include | Who Uses It |
|---|---|---|
| Cover Page | Style name/number, season, date, version number, brand name, designer contact, status | Everyone |
| Design Details | Flat sketches (front, back, side), detail callouts, design intent notes, close-up views of complex areas | Pattern makers, sample sewers |
| Measurements / POM | All points of measure for every size, grade rules, tolerances (+/- values), measurement diagrams | Pattern makers, QC |
| Bill of Materials | All fabrics (composition, weight, width), trims, threads, buttons, zippers with supplier refs and quantities per unit | Fabric buyers, trim sourcers |
| Construction Details | Seam types and allowances, stitch types and SPI, assembly sequence, topstitching specs, edge finishes | Sample sewers, production line |
| Colorways | Pantone TCX/TPG references for every component, color placement map, approved lab dip references | Dye house, fabric mills |
| Labels & Packaging | Care label content, size label specs, brand label placement, hangtag design, polybag/folding instructions | Label suppliers, packing team |
| Artwork & Graphics | Print placements with dimensions, embroidery files, logo specs, repeat patterns, color separations | Print/embroidery vendors |
| Quality Standards | Testing requirements (shrinkage, colorfastness, pilling), defect tolerances, AQL levels, QC checkpoints | QC inspectors |
Template Formats Compared
Tech pack templates come in several formats, each with trade-offs. The right choice depends on your team size, budget, and how many styles you manage per season.
| Format | Pros | Cons |
|---|---|---|
| Excel / Sheets | Free, flexible, universally accessible, easy to share. Good for BOM tables and measurement grids. | No image handling, no version control, files break when shared across teams. BOM and sketches live in separate files. |
| Adobe Illustrator | Beautiful flat sketches, precise design callouts, professional output. Industry standard for technical drawings. | Expensive license, steep learning curve, large file sizes. Not ideal for tabular data like BOMs and measurements. |
| Google Sheets | Free, cloud-based, real-time collaboration, comment threads. Great for remote teams. | Same limitations as Excel — poor image support, no linked data, no audit trail on cell-level changes. |
| PLM-generated | Auto-populated from product data, version controlled, linked BOMs, supplier portal access, consistent output every time. | Requires PLM subscription, initial setup time, team onboarding. Higher upfront investment. |
Templates vs PLM-Generated Tech Packs
Static templates and PLM-generated tech packs solve the same problem — getting accurate specs to factories — but they do it in fundamentally different ways. Here's where templates fall short and where PLM picks up.
Templates document your product. A PLM system manages your entire product development process — tech packs are just one output.
Tech Pack Template Checklist
Before sending any tech pack to a factory, run through this checklist. Missing even one item can trigger a round of questions that delays your timeline by days or weeks.
When to Upgrade from Templates to PLM
Templates work until they don't. At some point, the manual effort of maintaining spreadsheets and emailing PDFs starts costing more than a PLM subscription. Here are the signs you've outgrown your templates.
You're managing 20+ styles per season and the copy-paste-rename cycle for each new tech pack is eating into design time.
Multiple people edit the same tech pack and you've lost track of which version is current. "Did you see the one I emailed Tuesday or the one in the shared drive?"
Your BOM lives in a separate spreadsheet from your tech pack, and the two frequently get out of sync. Cost estimates don't match because someone updated one but not the other.
You work with more than two factories and each one receives tech packs in slightly different formats because different team members prepared them.
You can't answer "what changed?" — when a factory asks why the spec is different from last round, you have to dig through email threads and file versions to find out.
Sample rounds keep increasing because factories receive incomplete or outdated information, leading to misunderstandings that require additional samples to resolve.
If three or more of these sound familiar, you're past the point where templates serve you well. The time your team spends on file management, version tracking, and manual data entry is time they could spend on design and development.
From Templates to PLM-Generated Tech Packs
The transition from templates to PLM doesn't mean throwing away everything you've built. Your existing templates define what information matters — a PLM system simply automates how that information is collected, linked, and shared.
With a PLM like Kobo, your tech pack is generated directly from the product data you've already entered — measurements, BOMs, colorways, construction specs. Update a material in your library and every tech pack using that material reflects the change. Share a tech pack with a factory and they see the latest version instantly through a supplier portal, with full comment and approval workflows built in.
The result: fewer errors, fewer sample rounds, faster time to market, and a team that spends more time designing and less time managing documents.
Joe's the founder of Kōbō Labs. Before this, he founded Satta, a fashion brand he scaled to sell internationally at Mr Porter, SSENSE, and Beams Japan. A decade of running his own brand — design, suppliers, production, the lot — is what Kōbō is built on.
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