How to Create a Shoe Tech Pack: The Complete Guide

A tech pack is the single most important document in footwear product development. It's the blueprint your manufacturer uses to build your shoe. A strong tech pack produces accurate samples, faster development, and better products. A weak one produces confusion, wasted time, and expensive revisions.

This guide covers everything you need to know to create a professional footwear tech pack - even if you've never made one before.

What Is a Shoe Tech Pack?

A tech pack (short for "technical package" or "technical specification") is a collection of documents that communicates every detail of your shoe design to the factory. It tells the manufacturer:

• What the shoe looks like (design drawings from all angles)
• What it's made of (material specifications)
• How it's built (construction method)
• What it should measure (dimensions and tolerances)
• How it should be branded (logo placement, labels)
• How it should be packaged (box specs, inserts)

Without a tech pack, you're relying on the factory to make their best guess. Their guess and your vision will not be the same thing.

What a Tech Pack Is Not

A tech pack is not:

• A mood board
• A collection of reference photos
• A sketch without measurements
• A verbal description
• A spreadsheet without drawings

Each of these is useful as a starting point, but none can replace a proper technical specification document.

The Components of a Complete Shoe Tech Pack

1. Cover Page

Simple but useful:

• Brand name and logo
• Style name and style number
• Season and year
• Colorway name(s)
• Date and revision number

Include a revision history. Tech packs go through multiple iterations during development. Tracking changes prevents confusion about which version the factory is working from.

2. Design Views

Multi-angle drawings of the complete shoe. At minimum:

• Lateral (outside) view
• Medial (inside) view
• Top-down view
• Bottom (outsole) view
• Heel view
• Toe view

Drawings can be hand-sketched by a skilled designer or created digitally (Adobe Illustrator is standard). Digital drawings with clean lines are preferred - they're easier to dimension and annotate.

Each view should have callout lines pointing to components with labels (upper, lining, collar, tongue, lace eyelet, toe cap, heel counter, insole, midsole, outsole, etc.).

3. Exploded View

An exploded view separates all components of the shoe and shows them individually. This helps the factory understand how the shoe is constructed - what goes on top of what, where adhesives are applied, how the upper attaches to the sole.

Each component in the exploded view should have its own specification section (see below).

4. Material Specifications

This is the most detailed and critical section of the tech pack. For every component of the shoe, specify:

Upper Materials

• Material type: leather, synthetic, mesh, knit, canvas, nubuck, suede, etc.
• If leather: full grain, top grain, corrected grain, split leather
• Weight: grams per square meter (for fabrics) or ounce (for leather)
• Finish: matte, semi-gloss, tumbled, embossed, printed
• Color: Pantone reference (e.g., Pantone 285C for a specific blue)
• Supplier reference (if you have one)

Lining

• Material type and weight
• Color (usually neutral - black, white, or brand-specific)

Toe Box and Heel Counter

• Material (usually a stiffener material like thermoplastic or board)
• Placement specifications

Insole

• Construction (attached or removable)
• Material and thickness
• Any orthotic or cushioning features
• Branding on the insole (what's printed, size, placement)

Midsole

• Material: EVA (most common), PU, foam compounds, etc.
• Density (measured in Shore A hardness)
• Color (Pantone reference)
• Height/thickness specifications

Outsole

• Material: rubber, TPR, TPU, EVA, gum
• Pattern: stock (reference factory catalog number) or custom (include tread drawing)
• Color and finish
• Thickness at toe, heel, and midfoot

Hardware and Trim

• Eyelets: size, material, finish (brass, gunmetal, nickel, etc.)
• D-rings, speed hooks, buckles: same specifications
• Zipper: type, length, color, pull type
• Aglets: material and color

Thread

• Color (Pantone reference for visible stitching)
• Type and weight

5. Color Specification Sheet

Create a separate color page that shows all colorways for the style. For each colorway:

• Colorway name (useful for internal reference and marketing)
• Pantone reference for every colored component
• A rendered image or color-blocked diagram showing the color layout

This prevents the factory from applying your approved black outsole spec to a colorway where you wanted a white outsole.

6. Construction Specification

Specify the construction method explicitly:

• Cement (glued): Upper glued to midsole/outsole. Most common in athletic and casual footwear.
• Vulcanized: Upper wrapped around the last and vulcanized (heat-bonded) to the canvas-wrapped sole. Traditional for canvas sneakers.
• Goodyear Welt: Upper and welt stitched to insole, outsole sewn to welt. Premium dress and work boots.
• Blake Stitch: Single stitch through insole, upper, and outsole. Common in dress shoes.
• Injection Molded: Sole injected directly onto upper. Common in casual and outdoor footwear.

Also specify:

• Lasting method (slip lasting, board lasting, or combination)
• Stitch specifications (stitches per inch, thread weight for visible stitching)
• Adhesive requirements

7. Dimension Specifications

Provide key dimensions for reference and quality control:

• Overall length at reference size (usually US Men's 9 or Women's 7)
• Heel height (from floor to collar at heel)
• Platform height
• Toe box height
• Tongue length
• Collar opening width

Include a note on tolerances (e.g., +/- 3mm acceptable deviation).

8. Sizing and Grading

• Size range (e.g., US Men's 7-13, or Women's 5-11)
• Width options (D standard, EE wide, etc.)
• Last reference number
• Grading increments (how dimensions scale between sizes)

9. Branding Specifications

For every location where your brand appears on the shoe, specify:

• Logo version (wordmark, icon, combination)
• Placement: exact location with measurements from reference points
• Application method: deboss, emboss, heat transfer, woven label, metal badge, print
• Color: Pantone reference
• Size dimensions

Common branding locations in footwear:

• Tongue label (inside surface of tongue)
• Heel tab (external heel, printed or embossed)
• Insole (footbed)
• Outsole (molded or printed)
• Side panels (embossed or printed logo)
• Collar lining (interior ankle area)

10. Label Requirements

Regulatory labels required for footwear in the US:

• Country of origin ("Made in China", "Made in Vietnam", etc.)
• Material composition (upper, lining, outsole)
• Size label

These labels are typically inside the shoe (on the lining near the tongue or heel). Specify the placement, size, and content.

Additional labels:

• Care instructions (if applicable)
• Brand label (your main branding in the interior)

11. Packaging Specifications

Shoe Box

• Dimensions (must fit the shoe comfortably)
• Material (standard white or brown kraft, custom printed, branded)
• Print specifications (design files in CMYK at 300 DPI)
• Barcode placement (UPC/EAN)
• Label content (brand, style name, size, color, barcode)

Inner packaging

• Tissue paper: color, brand stamp
• Stuffing material (toe stuffers, tissue balls)
• Inserts: brand story card, care instructions, warranty information

Outer carton

• Master carton dimensions (for shipping and warehouse)
• Pairs per master carton (typically 6-12 pairs)
• Labeling on outer carton (brand, style, size assortment, carton count)

Software Tools for Creating Tech Packs

Adobe Illustrator: Industry standard for footwear design and tech packs. Steep learning curve but most flexible option.

Adobe Photoshop: Good for colorways and realistic renderings but less precise for technical drawings.

CorelDRAW: Popular alternative to Illustrator.

SketchBook (Autodesk): More accessible for hand-sketching type drawings.

Canva: Not ideal for technical drawings but usable for simple tech packs as a starting point.

Specialized footwear PLM software: Brands at scale use tools like Flex PLM, PTC Windchill, or deBOP for tech pack management. Overkill for startups.

Who Should Create Your Tech Pack?

Option 1: Hire a Freelance Footwear Designer

If you have a clear design vision but lack the technical drawing skills, a freelance footwear designer can translate your concepts into a professional tech pack. Find them on:

• Upwork (search "footwear technical design" or "shoe tech pack")
• Behance (review their portfolios for footwear work)
• LinkedIn (search footwear designers)

Cost: $300-$2,000 per style depending on complexity.

Option 2: Factory's In-House Design Team

Some factories offer ODM (Original Design Manufacturer) services - they design the shoe based on your brief and produce a tech pack for you. This is convenient but means the factory owns the design. Best used when you're building on their base design with minimal customization.

Option 3: Full-Service Development Partner

A footwear development firm handles the entire process: design, tech pack, factory sourcing, and sample management. More expensive upfront but the fastest path to a market-ready product.

Option 4: Learn It Yourself

If you're building a long-term footwear brand, learning tech pack creation is a valuable investment. Enroll in a footwear design course (Academy of Art University, Pensole, online resources) and develop this capability in-house.

Tech Pack Red Flags That Cause Sample Problems

Missing Pantone colors: Factory guesses at colors. First sample comes back wrong shade.

No dimension callouts: Factory makes sizing decisions based on their standard. Doesn't match your intent.

"Same as reference photo" instead of specifications: Photos are subjective. Specifications are objective.

Unlabeled components: Factory doesn't know what material to use on an unspecified area.

No revision tracking: Factory builds from an old version of the tech pack. You get a sample you already revised away from.

Inconsistent between colorways: Outsole color specified for Colorway A is accidentally carried over to Colorway B where you wanted a different color.

Sending the Tech Pack to Factories

When you send your tech pack to a factory for quoting or sampling:

• Include a brief cover email explaining your brand and what you're looking for
• Specify your target FOB price range, MOQ requirement, and timeline
• Ask them to confirm receipt and expected turnaround for their quote

If a factory quotes without asking any clarifying questions about your tech pack, that's a yellow flag. A factory that engages with questions about your specs is thinking about how to execute your design properly.

Summary

A complete footwear tech pack includes:

• Multi-angle design drawings
• Exploded component views
• Material specifications with Pantone colors
• Construction method details
• Dimension callouts
• Branding placement specifications
• Label requirements
• Packaging specifications

Invest the time and budget to create a professional tech pack before factory outreach. It's the foundation of your entire development process - and the quality of what comes out of the factory starts with the quality of what you send in.

Ace22 General helps emerging footwear brands create professional tech packs and manage the full development process. Contact us to get started.