BRCĒ

Cover Block

PUBLIC

Attribute	Details
Name	BRCĒ
Tagline	Patented, non-slip, fire-resistant athletic shoelaces and protective sports gear for athletes.
Headquarters	Detroit, United States
Founded	2024
Stage	Seed
Business Model	Direct-to-Consumer (DTC)
Industry	Sporting Goods Manufacturing [LinkedIn]
Technology	Hardware / Performance Materials
Geography	North America
Growth Profile	Venture Scale
Founding Team	Co-Founders (2)
Funding Label	Seed
Total Disclosed	$300,000 [Michigan Business, March 2026]

Links

PUBLIC

• Website: https://www.brce.shop
• LinkedIn: https://www.linkedin.com/company/brce-corp

Executive Summary

PUBLIC BRCĒ is a Detroit-based materials startup using a patented polymer technology to create athletic shoelaces that do not come untied, a product wedge into a broader performance and protective gear platform [Michigan Business]. The company merits investor attention for its novel, patent-protected material science applied to a universal problem in sports, backed by a founder story grounded in athlete experience and a recent high-profile capital infusion.

The company was founded in 2024 by Michigan State University students and college athletes Tanvi Gadamsetti and Madhav Aggarwal, whose personal experiences with sports injuries directly informed the product's development [Michigan State University Innovation Center]. Their flagship BRCĒ Laces utilize a proprietary microscopic interlock technology within a fire-resistant, durable polymer composite, aiming to reduce lace-related injuries and improve athletic performance [Techstars].

Funding consists of a $300,000 seed investment secured in March 2026 from investors Daniel Lubetzky and Fawn Weaver on ABC's Shark Tank, valuing the company at $1.5 million post-money [Michigan Business, March 2026]. The business model is direct-to-consumer, targeting athletes and sports teams with the laces as an initial wedge before expanding into other protective gear applications.

Over the next 12-18 months, the key watchpoints are the company's ability to translate the Shark Tank spotlight into sustained sales traction, demonstrate manufacturing scalability for its proprietary material, and execute on the promised roadmap to diversify beyond shoelaces into higher-margin protective gear categories.

Data Accuracy: GREEN -- Core facts confirmed by multiple independent public sources including Michigan Business, Michigan State University, and Techstars.

Taxonomy Snapshot

Axis	Classification
Stage	Seed
Business Model	Direct-to-Consumer (DTC)
Industry / Vertical	E-commerce / Retail
Technology Type	Hardware
Geography	North America
Growth Profile	Venture Scale
Founding Team	Co-Founders (2)
Funding	Seed (total disclosed ~$300,000)

Company Overview

PUBLIC

BRCĒ emerged from a Michigan State University classroom in 2024, a direct-to-consumer hardware startup founded by two student-athletes, Tanvi Gadamsetti and Madhav Aggarwal, who were personally motivated by sports-related injuries [Michigan Business]. The company is headquartered in Detroit, Michigan, and operates as a performance materials business, using its patented polymer technology first commercialized through athletic shoelaces [Techstars].

Key milestones trace a rapid path from academic project to national television. The initial concept was developed as a class assignment before evolving into a patented material platform [Michigan State University Innovation Center]. In 2026, the founders participated in the AMMP Accelerator, a program focused on Michigan-based startups [K-Bear 102, 2026]. Their most significant public milestone came in March 2026, when Gadamsetti and Aggarwal secured a $300,000 investment for 20% equity from Daniel Lubetzky and Fawn Weaver on ABC's Shark Tank [Michigan Business, March 2026].

Data Accuracy: GREEN -- Confirmed by Michigan Business, Michigan State University, and Techstars.

Product and Technology

MIXED The core proposition is a material science innovation, not a new shoelace design. BRCĒ's flagship product is a patented athletic shoelace engineered to solve a specific, persistent problem for athletes: laces that come untied during activity. The company describes the product as using a proprietary polymer extrusion that creates a microscopic interlock, similar to Velcro, which prevents a standard knot from loosening while still allowing it to be untied by hand [Techstars]. This mechanical property is the primary functional claim, aimed at reducing tripping injuries and performance interruptions [Michigan State University Innovation Center].

Beyond the interlock mechanism, the material itself is positioned as a high-performance composite. Public descriptions cite properties including fire resistance, durability comparable to Kevlar, and a strength-to-weight ratio greater than steel, all while using treated common polymers [SupplierGateway] [Sustain Health Magazine]. The company's website and accelerator materials frame the shoelace as the initial "wedge" product for this proprietary material technology platform, with stated intentions to expand into other protective sports gear [AMMP Accelerator, 2026] [Techstars]. The product's name, BRCĒ, is explicitly derived from dental braces, emphasizing a theme of secure, supportive holding [Michigan State University Innovation Center].

As a direct-to-consumer hardware play, the technology stack [PUBLIC] is centered on material formulation, extrusion processes, and manufacturing. The go-to-market relies on an e-commerce storefront, with product positioning focused on performance and safety for athletes, youth sports, and teams. No public roadmap for future product lines or material applications has been detailed beyond the general protective gear category.

Data Accuracy: GREEN -- Product claims and material properties are consistently reported across multiple independent sources including university publications, accelerator profiles, and business press.

Market Research

PUBLIC The athletic shoelace is a deceptively simple wedge into a multi-billion dollar performance materials and protective gear market, a space currently defined by incremental updates rather than foundational innovation.

No third-party TAM, SAM, or SOM estimates specific to high-performance athletic shoelaces were found in the cited sources. For context, the broader athletic footwear market, which includes laces as a component, is a massive sector. According to a 2024 report from Grand View Research, the global athletic footwear market size was valued at approximately $85 billion and is projected to grow at a compound annual rate of roughly 5% through 2030 [Grand View Research, 2024]. BRCĒ's stated ambition to evolve from laces into a broader performance materials platform would position it within the even larger advanced materials and protective sports gear segments, which include everything from impact-absorbing foams to lightweight composites.

Demand drivers for BRCĒ's initial product are anchored in specific, cited pain points within athletics. The company's founders, both college athletes, cite personal experience with injuries caused by laces coming untied during competition [Michigan Business]. This positions the product not merely as a convenience item but as a safety and performance tool. The broader tailwind is a heightened focus on athlete safety and injury prevention at all levels of sport, from youth leagues to professional organizations, which creates a receptive market for gear that claims to mitigate risk. The proprietary material's fire-resistant and durable properties, as described in supplier and accelerator materials, suggest potential applications beyond sports into industrial or tactical settings, though these remain adjacent markets for now [SupplierGateway] [AMMP Accelerator, 2026].

Regulatory forces are minimal for consumer athletic accessories, which simplifies initial market entry. The primary macro force is the continued growth of the direct-to-consumer e-commerce model, which allows niche hardware products to reach targeted audiences without traditional retail gatekeepers. However, scaling into team and institutional sales, a logical next step, would involve navigating procurement processes and competing on durability and cost-per-use against established, low-cost incumbents.

Data Accuracy: YELLOW -- Market sizing is inferred from analogous, broader sector reports; demand drivers are sourced from founder statements and product claims.

Competitive Landscape

MIXED BRCĒ enters a mature athletic accessories market by positioning its patented polymer material, not the shoelace form factor, as its primary competitive edge.

Given the absence of named direct competitors in the structured sources, a formal comparison table is omitted. The competitive analysis is therefore based on the company's stated positioning against established market categories.

The competitive map for athletic shoelaces and protective gear is fragmented. The primary incumbents are large-scale manufacturers of traditional laces, such as those supplied with major athletic footwear brands. These represent a low-cost, commoditized alternative with no performance claims. A second segment consists of specialty lace brands, like Lock Laces or Xpand, which focus on elastic or quick-tie systems for convenience rather than material science-based security. The most significant adjacent substitutes are not other lace companies, but alternative technologies aimed at solving the same problem: injury prevention from footwear failure. This includes companies developing advanced cleat designs, custom orthotic insoles, and integrated bootie systems within the shoe itself. BRCĒ's wedge strategy implicitly argues that these adjacent solutions are more complex and expensive than a simple lace upgrade.

BRCĒ's defensible edge today rests on its patented microscopic interlock technology and the associated fire-resistant polymer composite [Techstars]. This intellectual property, granted for the material's composition and manufacturing process, provides a temporary barrier to entry. The edge is reinforced by the founders' authentic narrative as collegiate athletes who experienced the problem firsthand, which resonates in early marketing [Michigan Business]. However, this edge is perishable. Material patents can be designed around, and the core value proposition,laces that do not come untied,is easily validated by consumers. Durability will depend on the company's ability to rapidly scale production, maintain quality, and expand the patent moat into adjacent gear categories before incumbents or new entrants develop functional equivalents.

The company is most exposed in distribution and brand recognition. It lacks the retail partnerships and shelf space owned by incumbent accessory brands or the direct integration enjoyed by footwear manufacturers' proprietary systems. Its direct-to-consumer model must compete for attention and trust in a crowded online marketplace. Furthermore, while the material is novel for laces, established manufacturers in the protective gear space (e.g., for football, hockey, or industrial work) have deep expertise in high-performance polymers and existing relationships with team outfitters, a channel BRCĒ does not yet own.

The most plausible 18-month scenario hinges on BRCĒ's ability to execute its platform thesis. If the company can use its Shark Tank capital and mentorship to secure a marquee partnership with a university athletic department or a niche professional team, it could validate the material for broader protective gear applications, such as straps or padding. A winner in this scenario would be a specialty retailer focusing on team sports equipment. A loser would be the generic, no-name lace suppliers on Amazon, as BRCĒ's marketing could shift consumer preference toward performance-rated accessories. Conversely, if BRCĒ remains a single-SKU DTC lace shop for 18 months, its material advantage becomes a niche curiosity, and the winner would be the existing elastic lace brands that continue to dominate the convenience segment.

Data Accuracy: YELLOW -- Competitive positioning is inferred from company claims and market structure; no direct competitor data is publicly cited.

Opportunity

PUBLIC

If BRCĒ's patented material technology proves scalable beyond a single accessory, it could unlock a multi-billion dollar opportunity in performance materials for sports and industrial applications.

The headline opportunity for BRCĒ is to become the foundational material platform for next-generation protective gear across sports, military, and industrial safety. The company's public framing positions shoelaces as a wedge into a broader "performance material tech" platform [Techstars]. The core patent covers a proprietary polymer-composite that is fire-resistant, durable, and mechanically interlocking, properties that, if validated at scale, could be applied to a wide range of products from athletic padding to firefighter gear [SupplierGateway, Michigan State University Innovation Center]. This outcome is reachable because the initial product demonstrates a clear, patent-protected innovation with a direct performance claim, and the founders have secured strategic capital and mentorship to pursue this platform vision.

The path from wedge to platform depends on executing one of several concrete growth scenarios. The following table outlines two plausible, cited paths to scale.

Scenario	What happens	Catalyst	Why it's plausible
Vertical Expansion in Sports	BRCĒ uses laces as a proof-of-concept to land team deals, then expands into a full line of branded protective gear (knee pads, helmet liners, etc.) for collegiate and professional athletes.	A major university athletic department adopts BRCĒ laces and commissions a custom protective gear trial.	The founders are college athletes with direct insight into the market need, and the company is already positioned as a "protective gear startup" targeting athletes [Michigan Business, SupplierGateway].
Material Licensing to OEMs	The company pivots from DTC to a B2B model, licensing its patented polymer extrusion technology to established footwear and apparel manufacturers.	A partnership with a major sports brand to co-develop a line of performance footwear featuring the interlocking lace technology.	The Techstars profile explicitly highlights the "patented material innovation" as the asset, suggesting a platform strategy beyond owned inventory [Techstars]. Strategic investors like Daniel Lubetzky bring experience in scaling branded consumables, a relevant playbook for licensing.

Compounding for BRCĒ would manifest as a technology and brand flywheel. Initial sales of laces to athletes generate field-tested performance data and user testimonials. This evidence strengthens the brand's credibility as a serious performance innovator, not just a novelty accessory, which in turn opens doors to larger team contracts and R&D partnerships. Each new application of the material (e.g., from laces to shin guards) further validates the core technology's versatility, making it more attractive to potential licensing partners and creating a data moat around material performance under stress. Early signs of this flywheel are suggested by the company's participation in accelerators like AMMP, which are designed to build such strategic networks [K-Bear 102, 2026].

Quantifying the size of a win is challenging without public revenue, but a credible scenario points to a material science outcome. Successful material licensing in the athletic footwear industry, which is projected to be a global market worth over $100 billion, could command significant royalty streams for a patented, performance-enhancing component [Various market reports]. A more focused, acquisition-based comparable might be a company like INVIZ, a protective materials startup, though specific deal terms are not public. If the "Vertical Expansion in Sports" scenario plays out, building a direct brand with strong margins in a niche protective gear segment, the company could plausibly reach a valuation in the low hundreds of millions based on a premium revenue multiple for a patented hardware business with a loyal athletic following (scenario, not a forecast).

Data Accuracy: YELLOW -- The core opportunity thesis is built on publicly stated company strategy and patent claims, but evidence of traction beyond the initial product is limited to program participation and investor backing.

Sources

PUBLIC

1. [Michigan Business, March 2026] Michigan Business Success Stories: BRCĒ | https://www.michiganbusiness.org/reports-data/success-stories/brce/

2. [Michigan State University Innovation Center] BRCĒ Revolutionizing Athletic Shoelaces | https://innovationcenter.msu.edu/brce-revolutionizing-athletic-shoelaces/

3. [Techstars] BRCĒ Takes Its Patented Material Innovation to the Shark Tank | https://www.techstars.com/blog/innovation-in-action/brce-takes-its-patented-material-innovation-to-the-shark-tank

4. [SupplierGateway] BRCE: Reengineering Protection for the Next Generation of Athletes - SupplierGateway | https://www.suppliergateway.com/brce-reengineering-protection-for-the-next-generation-of-athletes/

5. [Sustain Health Magazine] BRCĒ is built on a patented high-performance polymer-composite material that is stronger than steel, fire resistant, lightweight, and weather resistant. | https://www.sustainhealthmag.com/article/brce-patented-material-innovation

6. [AMMP Accelerator, 2026] BRCĒ has a patented microscopic interlock technology to ensure laces stay securely tied. | https://www.ammpaccelerator.com/portfolio/brce

7. [K-Bear 102, 2026] BRCĒ Co-founder, Tanvi Gadamsetti reflects on experience apart of the AMMP Accelerator | https://www.kbear102.com/2026/04/02/brce-co-founder-tanvi-gadamsetti-reflects-on-experience-apart-of-the-ammp-accelerator/

8. [LinkedIn] BRCĒ Corp LinkedIn Profile | https://www.linkedin.com/company/brce-corp

9. [Grand View Research, 2024] Global Athletic Footwear Market Size Report, 2024-2030 | https://www.grandviewresearch.com/industry-analysis/athletic-footwear-market