Top 10 Reasons Athletic Footwear needs Schema

The Trainers Paradox

Why Athletic Footwear Proves AI Needs Structured Data

VISEON Intelligence Series | November 2025


One product. Four living generations. Over 40 different names across the English-speaking world. And if your e-commerce business sells athletic footwear without structured data, three-quarters of potential customers will never find you.

This isn’t theoretical. Research shows that athletic footwear terminology varies so dramatically by generation and region that the same canvas shoe is called “plimsolls” in Norfolk (91% usage), “pumps” in Lancashire (75%), “gutties” in Scotland (38%), and “daps” in Bristol—whilst American customers use entirely different vocabulary, and Gen Z has invented new slang terms AI must understand.

Here are the top 10 insights that prove athletic footwear is the perfect case study for why businesses need comprehensive structured data to survive AI-powered commerce.


1. Boomers Still Say “Plimsolls” – And AI Doesn’t Know What That Means

Plimsolls—canvas shoes with rubber soles—originated in the UK in the 1870s, named after the Plimsoll line on ships. For Baby Boomers (now 60-78 years old), this remains the natural term for basic canvas sports shoes.

The problem: Regional UK variations include “gutties” (from gutta-percha rubber), “sannies” (from sand shoes in Scotland), “pumps” (North West England and Midlands), and “daps” (South West England and Wales).

When a 70-year-old searches “buy plimsolls online UK”, AI systems trained primarily on current American terminology (where “pumps” means women’s dress shoes) can completely misinterpret the query.

Spending power at stake: Boomers control approximately £5 trillion in annual spending globally. Missing their vocabulary means missing this market.


2. Gen X Bridges Two Worlds – Trainers in UK, Tennis Shoes in US

Generation X (born 1965-1980, now 45-60) grew up during the athletic shoe revolution of the 1980s-90s. The term “trainer” derives from “training shoe” and became standard in Britain around 1968, whilst Americans settled on “tennis shoes” or “sneakers”.

The transatlantic divide:

  • In the UK, ‘trainers’ refers to athletic shoes for sports or casual wear
  • In the US, 41.34% say “tennis shoes” whilst 45.5% say “sneakers”
  • Regional US variants include “tennies,” “tenners,” “sneaks,” and “gym shoes”

The AI challenge: A single product must be discoverable using UK terminology (“trainers”), US terminology (“sneakers” or “tennis shoes”), and recognise that these are equivalent—not different products.

Without structured data explicitly mapping these relationships via Schema.org alternateName properties, AI systems fragment the market.


3. Millennials Expect “Sneakers” – But Only If They’re American

Millennials (1981-1996, now 29-44) are the largest consumer generation with £3-4 trillion annual spending power. They’re digitally native, platform-diverse, and will switch brands immediately for better prices.

Google Ngram Viewer analysis shows “trainers” in British English and “sneakers” in American English both gained popularity in the early 1970s. Millennials fluently use both terms depending on context—UK Millennials say “trainers,” US Millennials say “sneakers.”

The influencer effect: Social media and American cultural influence mean some UK Millennials now use “sneakers” interchangeably with “trainers”, particularly when discussing fashion or premium brands.

The Schema.org solution:

"alternateName": ["Trainers", "Sneakers", "Running shoes", "Athletic shoes"]

This ensures AI recognises all valid current terminology regardless of which the customer uses.


4. Gen Z Says “Creps” and “Kicks” – And You’d Better Understand That

Generation Z (1997-2012, now 13-28) never learned to search—they ask conversational questions using slang. They represent the next 50 years of customers.

UK Gen Z slang: “Creps” (from Cockney rhyming slang influence) dominates streetwear culture
Global Gen Z slang: “Kicks” is universal across English-speaking markets
Additional terms: “Heat” (desirable sneakers), “Grails” (ultimate desired shoes), “Beaters” (everyday worn shoes)

ChatGPT traffic grew 527% year-over-year. Gen Z accounts for significant portions of this growth. 17% of Gen Z use TikTok as a search engine, 64% have used TikTok for information.

If AI cannot map “where to get creps that look fire” to your athletic footwear, you don’t exist to Gen Z.


5. Spanish-Speaking Markets Have Completely Different Terminology

In Mexico, athletic shoes are universally called “tenis” (from tennis), whilst “zapatillas” means women’s slippers or high heels. In Argentina and South America, “zapatillas” is the standard gender-neutral term, whilst Uruguay uses “championes”. Spain uses “zapatillas deportivas,” “deportivas,” “playeras,” or regional term “bambas”.

The cultural sensitivity: Using “zapatillas” in Mexico or Honduras for men’s shoes can be culturally inappropriate, as it implies feminine footwear.

US Hispanic market implications: The US has 62+ million Spanish speakers. E-commerce sites must include Spanish terminology in structured data to be discoverable by this demographic—but must use regionally appropriate terms.

Schema.org implementation:

"alternateName": ["Tenis", "Zapatillas deportivas", "Deportivos", "Zapatos deportivos"]

6. Regional UK Variations Create Invisible Borders

A comprehensive YouGov survey of nearly 38,000 Britons mapped dramatic regional variations: 91% of Norfolk residents say “plimsolls,” 75% of Cheshire/Lancashire say “pumps,” 52% of Glasgow says “sandshoes” or “sannies”.

The linguistic borders:

  • Cross from East Midlands (72% “plimsolls”) into West Midlands (64% “pumps”) and terminology changes with remarkable consistency
  • Hull provides an English outlier with 48% using Scottish term “sandshoes”
  • Scotland showcases diverse terms: “gutties” (38% in Lanarkshire), “gym shoes” (39% in Grampian), “rubbers” (18% in Lothians)

The e-commerce problem: A customer in Liverpool searching “buy pumps online” and a customer in Norwich searching “buy plimsolls online” want the same product. Without structured data mapping these regional synonyms, you lose half your UK market.


7. Brand Names Became Generic Terms – And AI Doesn’t Know That

“Keds” became a generic term for canvas shoes in the US, just as “Chucks” (Converse Chuck Taylor All-Stars) became shorthand for canvas high-tops.

In the UK, “Cons” (shortened from Converse) is widely used, as are “baseball boots” or “basketball boots” for high-top styles.

Historical evolution: The Liverpool Rubber Company coined “plimsoll” in 1876 as a brand name, which then became the generic British term.

The Schema.org approach:

"alternateName": ["Converse", "Cons", "Chucks", "Chuck Taylors", "Keds", "Canvas shoes"]

This captures brand-to-generic terminology evolution that AI needs to understand purchase intent.


8. The “Tennis Shoes” vs “Running Shoes” Technical Divide

Americans historically distinguished between “tennis shoes” (canvas, simple rubber sole, for tennis) and “running shoes” (technical athletic shoes with cushioning). Modern usage blurs this: some use “tennis shoes” for any casual athletic shoe, whilst others reserve it for court-specific footwear.

The technical specification problem: Are “running shoes,” “training shoes,” “walking shoes,” “cross-trainers,” and “court shoes” different products or different names for the same thing?

AI needs structured data specifying:

  • Use case (running, training, casual, tennis-specific)
  • Technical features (cushioning, support level, sole type)
  • Style category (performance, lifestyle, fashion)

Without this, AI cannot match “best running trainers for marathon training” to your technical running shoes whilst also matching “casual trainers for everyday wear” to your lifestyle range.


9. Channel Context Reveals Demographics – Without Tracking

When a customer searches “trainers” via Facebook, AI can infer older UK demographic. Query via TikTok using “creps” suggests younger UK demographic. Query via US-based platform using “sneakers” suggests American customer.

The omnichannel insight: Customers self-segment by channel choice, revealing demographics without privacy-invasive tracking.

Structured data enables this: By including comprehensive vocabulary coverage, your Schema.org markup allows AI to match appropriate terminology to the inferred demographic whilst respecting privacy.

{
  "@type": "Product",
  "name": "Athletic Footwear",
  "alternateName": ["Trainers", "Sneakers", "Plimsolls", "Creps", "Kicks", "Tenis"],
  "description": "Modern athletic footwear combining performance and style. What older generations called plimsolls or pumps in the UK (or tennis shoes in the US) have evolved into technical trainers with advanced cushioning."
}

AI reasoning:

  • Query from TikTok using “creps” → infers Gen Z UK → emphasises fashion/streetwear aspects
  • Query from Facebook using “plimsolls” → infers Boomer UK → emphasises simplicity/traditional style
  • Query using “tenis” → infers Spanish-speaking market → provides Spanish-language results

10. The Knowledge Persistence Problem – AI Doesn’t Have a Single Index

Unlike Google Search (one index, predictable behaviour), AI discovery operates across multiple competing systems:

  • ChatGPT (OpenAI training data + web search)
  • Perplexity (real-time web synthesis)
  • Claude (Anthropic training + search)
  • Google Gemini (Google training + search)
  • Proprietary systems (Amazon Rufus, Microsoft Copilot)

Each system:

  • Trains on different data
  • Updates at different frequencies
  • Interprets structured data differently
  • Has different vocabulary models
  • Serves different demographics

Your athletic footwear business might be:

  • Discoverable in ChatGPT (recognises “sneakers,” “trainers”)
  • Invisible in Perplexity (different source prioritisation, missing regional terms)
  • Mis-categorised in Gemini (inadequate structured data, conflates “pumps” with women’s dress shoes)
  • Completely absent from Claude (training data gap on UK regional terminology)

The only solution: Comprehensive Schema.org structured data that works across ALL AI systems, explicitly mapping every vocabulary variant.


The Commercial Stakes

Athletic footwear market: Global market worth $365 billion (2024), projected to reach $530 billion by 2030.

E-commerce reality: If your product structured data only includes current US terminology (“sneakers”), you’re invisible to:

  • UK Boomers searching “plimsolls” (£5 trillion spending power)
  • UK Gen X/Millennials searching “trainers” (£7-8 trillion combined spending power)
  • UK Gen Z searching “creps” (£1.5-2 trillion emerging spending power)
  • Spanish-speaking markets searching “tenis” or “zapatillas” (62+ million US Hispanic market alone)
  • Regional UK customers using “pumps,” “daps,” “sandshoes,” “gutties”

That’s 75%+ of the English-speaking market invisible to you.


The Solution: Comprehensive Vocabulary Mapping

Minimum Schema.org implementation:

{
  "@context": "https://schema.org",
  "@type": "Product",
  "name": "Athletic Footwear",
  "alternateName": [
    "Trainers", "Sneakers", "Running shoes", "Tennis shoes",
    "Plimsolls", "Pumps", "Daps", "Sandshoes", "Sannies", "Gutties",
    "Creps", "Kicks", "Gym shoes",
    "Tenis", "Zapatillas deportivas", "Zapatillas", "Championes",
    "Keds", "Chucks", "Cons"
  ],
  "description": "Modern athletic footwear combining performance and style. What older generations called plimsolls or pumps in the UK (or tennis shoes in the US) have evolved into technical trainers with advanced cushioning and support. Perfect for running, gym training, or casual everyday wear.",
  "category": "Athletic Footwear",
  "brand": {
    "@type": "Brand",
    "name": "Your Brand"
  },
  "offers": {
    "@type": "Offer",
    "price": "79.99",
    "priceCurrency": "GBP"
  }
}

This single implementation makes your product discoverable:

  • Across 4 living generations (Boomer plimsolls → Gen Z creps)
  • Across UK regional variants (Norfolk plimsolls → Lancashire pumps → Bristol daps)
  • Across US terminology (sneakers, tennis shoes, tennies)
  • Across Spanish-speaking markets (tenis, zapatillas)
  • Across brand-to-generic terms (Keds, Chucks)
  • Across all major AI platforms (ChatGPT, Perplexity, Claude, Gemini, Copilot)

The Bottom Line

Athletic footwear proves the fundamental principle: existence without comprehensive structured data equals functional non-existence in AI-mediated commerce.

You can have the perfect product, competitive pricing, excellent customer service—but if AI cannot map “creps,” “plimsolls,” “tenis,” “pumps,” and “sneakers” to your product entity, three-quarters of potential customers will never find you.

The choice is binary: Implement comprehensive structured data or accept progressive invisibility.


Want to ensure your products are discoverable across all generations, regions, and AI platforms?

Contact VISEON to conduct a comprehensive vocabulary audit and implement Schema.org structured data that makes your business “Open for AI.”

VISEON / Differentia Consulting
Email: [email protected]
Web: www.viseon.io | www.differentia.consulting


References:
[^2]: “Daps, pumps or plimsolls… what do YOU call your canvas shoes?” Every Word Counts blog
[^3]: “Footwear: Runners. Sneakers. Trainers,” English Language & Usage Stack Exchange
[^4]: “Separated by a Common Language: shoes” blog
[^5]: “The language of sneakers,” Wordnik
[^6]: “Sneakers, sports shoes, trainers, tennis shoes,” WordReference Forums
[^7]: “A View from England: What do you call these sort of shoes?” blog
[^8]: “Sneakers vs Trainers: What Are Sneakers Called in the UK,” Footonboot.com
[^9]: “Sneakers vs. Trainers – Difference With UK/US Statistics,” TwoMinEnglish
[^10]: “British Slang: Plimsolls, Trainers or Pumps?” Anglotopia
[^11-20]: SpanishDictionary.com, WordHippo, bab.la, HiNative (Spanish terminology sources)

Keywords: Athletic footwear, trainers, sneakers, generational vocabulary, Schema.org, structured data, AI discoverability, e-commerce SEO, regional terminology, multilingual commerce


© 2025 VISEON / Differentia Consulting Ltd. All rights reserved.

This article is part of the VISEON Intelligence Series examining how structured data enables business discoverability across AI platforms, generations, and global markets.