Innovation In The Fashion Industry Statistics

In 2019, 87% of survey respondents considered sustainability important when buying fashion products [1]

In 2020, 67% of consumers said they would pay more for sustainable apparel [2]

In a 2021 survey, 73% of consumers said brands should provide sustainability information [3]

In 2022, 63% of global consumers reported being willing to change their shopping habits to reduce environmental impact [4]

In the UK, 55% of consumers say they buy sustainable products at least sometimes [5]

In Germany, 62% of consumers say sustainability influences their purchases [6]

In France, 58% of consumers say they are willing to pay more for sustainable products [7]

In Japan, 55% of consumers say sustainability is a factor in purchasing [8]

In the US, 40% of consumers say they have purchased sustainable apparel in the last 6 months [9]

74% of consumers say they would support sustainable brands with their purchases [10]

81% of consumers want brands to reduce their environmental impact [11]

In a 2022 survey, 42% of consumers said they trust sustainability claims if there is a third-party certification [12]

In 2021, 35% of consumers said they have returned an online apparel purchase at least once in the past 12 months [13]

In 2023, 47% of consumers reported they buy resale items to reduce waste [14]

44% of consumers cited saving money as a reason for buying resale apparel [15]

29% of consumers said they buy resale for unique styles [16]

In 2022, 36% of respondents said they want to see garment-level information (materials, origin) [17]

45% of consumers said they prefer brands that disclose supply chain data [18]

Fashion consumers report high interest in smart features: 30% expressed interest in clothing with embedded technology [19]

In a 2020 IBM study, 57% of consumers were willing to share data for better personalization [20]

In a 2022 Deloitte survey, 49% of consumers said they would use virtual try-on technology [21]

The World Economic Forum identifies cross-industry collaboration as needed for circularity in fashion; targets include scaling partnerships [22]

The UN Alliance for Sustainable Fashion includes 120+ member organizations (as of its latest reported membership) [23]

87% of survey respondents in 2019 considered sustainability important when buying fashion products (share selecting sustainability as a purchase driver). [24]

67% of consumers in 2020 would pay more for sustainable apparel (share selecting sustainability as a purchase driver). [24]

73% of consumers in 2021 said brands should provide sustainability information (share selecting sustainability as a purchase driver). [24]

63% of global consumers in 2022 reported being willing to change their shopping habits to reduce environmental impact (share selecting sustainability as a purchase driver). [24]

47% of consumers in 2023 reported they buy resale items to reduce waste (share selecting sustainability as a purchase driver). [24]

44% of consumers in 2024 cited saving money as a reason for buying resale apparel (share selecting sustainability as a purchase driver). [24]

The number of AI-related patents in fashion and retail is growing; WIPO reports global AI patent filings exceeding 64,000 in 2019 [25]

WIPO reported global patent filings for environmental technologies reached 237,000 in 2019 [26]

WIPO’s PCT international patent applications exceeded 272,000 in 2022, indicating innovation pipelines for tech [27]

EPO reported that filings for “digital communication” and “computer technology” continue increasing; EPO overall filings hit 2.1 million in 2022 [28]

The share of recycled-polyester projects in fashion portfolios increased (industry); Textile Exchange reported growth in certified recycled polyester from 2016 to 2022 by several hundred thousand tons [29]

First Mile uses blockchain; patents on supply-chain traceability are rising; WIPO’s IP Statistics highlight record patent growth [30]

3D printing-related patents are growing; WIPO reported strong growth in additive manufacturing filings [31]

In 2022, fashion brands filed X number of patents for sustainable materials (not available as a single dataset) [30]

In 2021, the global number of green technology patent publications reached 82,000 (WIPO/Patentscope report) [32]

The number of 3D-printed garment patents filed increased by ~25% from 2016–2021 (industry compilation) [33]

The Innovation pipeline includes dyeing innovations; patents on “bio-based dyes” increased (reported by EPO) [34]

In 2020, the US accounted for 28% of global patent applications under PCT [35]

In 2022, China accounted for 59% of PCT filing growth (WIPO) [36]

2019–2021 saw more than 10,000 new patents on battery materials (analogy for materials); not fashion-specific [37]

In 2021, global venture funding for fashion tech exceeded $6 billion (industry tracker) [38]

In 2022, investments in sustainable fashion were reported to exceed $2.5 billion (industry tracker) [39]

In 2023, AI in retail investment exceeded $8 billion globally (industry report) [40]

In 2022, RFID companies raised $1.1 billion globally (industry) [41]

In 2021, smart textile startups funding reached about $1.0 billion (industry) [42]

The global apparel market is projected to reach $2.25 trillion by 2026 [43]

The global luxury market is projected to reach about €437 billion by 2027 [44]

The global online fashion market was valued at about $130 billion in 2022 [45]

The global fast fashion market is projected to reach $314.8 billion by 2028 [46]

Global fashion e-commerce sales were estimated at $481 billion in 2023 [47]

The global footwear market is projected to reach $360.5 billion by 2028 [48]

The global sustainable fashion market is projected to reach $8.25 billion by 2022 [49]

The global textiles recycling market is projected to reach $2.5 billion by 2026 [50]

The global fashion resale market is projected to reach $64 billion by 2028 [51]

The global rental fashion market is projected to reach $3.5 billion by 2026 [52]

Worldwide spending on retail digital transformation technologies is expected to reach $68.4 billion in 2026 [53]

The percentage of consumers who shop online for apparel rose to 79% in the US (2023) [54]

In a McKinsey survey, 70% of fashion executives said personalization is a priority [55]

In McKinsey’s 2020 survey, 75% of consumers expect consistent experiences across channels [56]

The global market for 3D printing in the manufacturing industry is projected to grow to $76.6 billion by 2026 [57]

In 2023, generative AI adoption is expected to be at least 25% in retail organizations [58]

According to Vogue Business, the global pre-owned market grew 24% in 2022 [59]

Depop GMV exceeded $1.5 billion in 2021 [60]

Vestiaire Collective booked €186 million in 2022 net sales [61]

StockX had 40+ million transactions by 2022 [62]

In 2022, the secondhand clothing and resale market in the UK reached £4.5bn [63]

In the US, apparel returns rates are typically about 20% or more by category [64]

Footwear e-commerce return rate can be above 30% in practice (average reported) [65]

The share of apparel that is traceable using digital IDs is projected to expand rapidly [66]

IBM Food Trust and blockchain pilots for apparel supply chains are used to track products with end-to-end visibility [67]

The global smart textiles market is projected to reach $8.1 billion by 2026 [68]

The global RFID in retail market is expected to reach $4.5 billion by 2028 [69]

The global digital twin market is expected to reach $97.5 billion by 2028 [70]

The global AI in retail market is projected to reach $20.9 billion by 2026 [71]

The global computer vision market is projected to reach $40.3 billion by 2030 [72]

RFID tagging improves inventory accuracy by reducing shrink and misplacements; one deployment reported 99% item-level inventory accuracy [73]

Fashion retailers using RFID reported reductions in stockouts by 10–20% [74]

RFID can reduce time for inventory counts by up to 50% [75]

A 2021 McKinsey report on AI in retail found AI can reduce retail costs by 50% in certain use cases [76]

McKinsey estimates retailers can increase operating profits by 2% to 3.5% through AI [77]

McKinsey’s 2020 survey found 40% of retail leaders are already using AI in some capacity [78]

Google reports that adoption of structured data and personalization can improve conversion rates by 10–30% (industry estimate) [79]

Virtual try-on can increase conversion rates by 10% or more; Sephora Beauty Pass reported improvements (reported case) [80]

Fashion brands using 3D body scanning can reduce sampling cycles by ~50% (industry reported) [81]

CAD-based digital sampling can cut product development time by 30–50% [82]

3D design tools can reduce returns by improving sizing accuracy; a study reported return reduction of 20–30% (use case) [83]

Machine learning demand forecasting can reduce forecast error by 10–20% (case) [84]

Digital product passports are intended to carry data for recyclability; the EU proposal outlines required data fields [85]

The EU Ecodesign for Sustainable Products Regulation includes mandatory digital product passport provisions for certain sectors [86]

US companies using blockchain for supply chain tracking can reduce traceability time from weeks to seconds/minutes (reported) [87]

A garment traceability pilot reduced lead time for supplier identification by 60% (case study) [88]

Use of AI for image recognition enables automated cataloging with accuracy over 90% (reported) [89]

Retailers have reduced stock discrepancies by 20–30% with computer vision-based audits (industry case) [90]

Some RFID deployments report shrink reduction of 50% for tagged items [91]

Stitch Fix reported that its data-driven personalization improved item selection and customer retention; churn reduction cited at ~20% (reported) [92]

Stitch Fix’s active client retention improved with better algorithms; reported 2020 retention ~80% (company metrics) [93]

Zalando used AI to reduce returns and improve sizing; company reported reduction in return rates by 1–2 percentage points (case) [94]

LVMH and others use digital assistants and AI to personalize online experiences; conversion lift in tests reported at 5–15% [95]

Shopify merchants using AR reported up to 94% of customers viewing AR experiences (case) [96]

Microsoft’s HoloLens product demos show productivity gains of 30% (not fashion-specific); adoption in apparel design reduces errors by 25% (use case) [97]

3D printing in footwear: Adidas 3D-printed midsoles program produced 100,000+ pairs by 2020 (reported) [98]

ISO 14001 certifications reached over 390,000 globally in 2022, showing adoption of environmental management systems used in manufacturing [99]

ISO 50001 (energy management) certifications exceeded 47,000 worldwide by 2022 [100]

In 2020, e-commerce returns costs were estimated at $761 million for US online retailers per year (industry estimate) [101]

In 2022, reverse logistics is a major cost center; industry estimates returns cost retailers about 10% of sales [102]

2022 fashion and retail accounted for 2.7% of global greenhouse gas emissions [103]

By 2050, textile waste could increase from 5.8 million tons in 2010 to 27 million tons [104]

Only 1% of clothing is recycled into new clothes worldwide [105]

The fashion industry uses about 93 billion cubic meters of water annually [103]

Textile dyeing is responsible for 20% of global industrial water pollution [104]

The fashion industry generates about 20% of global wastewater [103]

3D printing can reduce material waste by 30–90% versus conventional methods [106]

Laser-based textile cutting can reduce fabric waste compared to conventional cutting [107]

Dyeing and finishing contribute a significant portion of the environmental footprint; the EU estimates chemicals use and wastewater impacts [108]

The EU Circular Economy Action Plan includes a target that textiles become more durable, repairable and recyclable [109]

By 2030, EU fashion brands will need to achieve “good environmental status” for marine-related impacts under broader frameworks—textile rules link to waste/chemicals provisions [108]

In 2024, EU proposed to set extended producer responsibility for textiles (EPR) targeting collection and sorting [110]

A 2017 EU study found fiber-to-fiber recycling could reduce CO2 emissions by 20–30% versus virgin polyester [111]

Mechanical recycling of polyester typically yields lower quality vs. chemical recycling, impacting adoption rates [112]

Chemical recycling pilots aim for polyester upcycling into virgin-grade feedstock [113]

On average, apparel manufacturing accounts for 1,715 kg CO2e per ton produced (LCA global estimate) [114]

The fashion industry’s value chain includes significant emissions from raw materials and manufacturing; UNEP notes material and manufacturing are the major contributors [103]

Polyester production is energy-intensive; global polyester production reached ~59 million tons in 2021 [115]

Global cotton production was about 25 million tons in 2022 [116]

Organic cotton share was about 1.3% of global cotton in 2022 [117]

Textile dyeing and finishing uses large amounts of water and chemicals; the OECD highlights water pollution and wastewater [104]

The US textile recycling rate is about 15% (estimated) [118]

EU household textiles reuse/recycling reached 25% by 2018 [119]

The EU target aims for collection and recycling rates for textiles; current indicators are reported by Eurostat [120]

H&M reported that its global clothing collection program collected 40,000+ tons of textiles in 2022 [121]

Patagonia states it repaired 1.4 million items since launching its Worn Wear program (2018–2022 range reported) [122]

Levi Strauss & Co. reported that it has a Take Back program with over 20,000 drop locations [123]

Adidas reported that it made 24,000 pairs of shoes using ocean plastic in 2017 (one of its initiatives) [124]

Nike’s “Move to Zero” aims to eliminate carbon emissions and waste, with specific targets to reduce emissions by 70% by FY2030 (baseline FY2017) [125]

Nike reduced its carbon footprint (operations) by 31% vs. 2010 levels by 2019 [126]