The Smart Tire Company: 17-Slide Venture Pitch Deck Teardown

The Smart Tire Company leverages a Space Act Agreement with NASA to commercialize airless tire technology originally designed for lunar and Martian rovers. Their core innovation centers on Shape Memory Alloys (NiTinol), which can recover their original shape after significant deformation. The deck outlines a strategic entry into the $19.4B two-wheel market (bicycles and scooters) before expanding into automotive and aerospace sectors. With a team boasting 30+ years of experience at Goodyear and NASA, the company presents a compelling case for disrupting a $250B global industry. However, the d…

Key takeaways

• The technology is based on NiTinol, a Shape Memory Alloy capable of storing over 30x the deformation of elastic bonds (Slide 3).
• The company identifies a massive environmental problem: 50 billion pounds of rubber tire waste are generated annually (Slide 4).
• Initial go-to-market focuses on the $19.4B two-wheel vehicle market, which includes bicycles and scooters (Slide 6).
• The product roadmap spans from a 2022 METL bike tire launch to road testing for aircraft and automotive by 2026 (Slide 9).
• The team includes a Principal Engineer with experience at both Goodyear and NASA (Slide 10).
• A waiting list of over 4,000 people exists for the METL bike tires (Slide 13).
• The funding request includes a $3M growth capital target to supplement $1.5M in SBIR grants (Slide 12).
• The company operates a 5,000 sq ft production facility in Akron, Ohio (Slide 13).

Frequently asked questions

What is the core technology behind The Smart Tire Company?

The company uses Shape Memory Alloys (SMA), specifically NiTinol. Unlike traditional rubber tires that rely on air pressure, these tires use a metal lattice that can deform and return to its original shape. According to slide 3, these materials can store over 30x the deformation of a standard elastic bond, providing a 'never flat' airless solution with the performance characteristics of pneumatic tires.

How does the company plan to enter the market?

The strategy is phased. They are starting with the 'Two Wheel Market' (bicycles and scooters), valued at $19.4B, because it offers the highest potential margins and lower regulatory hurdles. Slide 9 shows a product launch for METL bike and scooter tires in late 2022, followed by R&D for automotive, trucking, and aerospace through 2025.

What is the environmental impact of this technology?

Traditional tires contribute 50 billion pounds of waste annually. The Smart Tire Company's solution is 'retread-able' and uses significantly less rubber. Slide 8 notes that their structural tires can be reused and that maintaining optimal 'pressure' (via the alloy structure) increases fuel economy, reducing fossil fuel consumption in the automotive and trucking sectors.

Who are the key people involved in the startup?

The team is led by founders Earl Cole (CEO) and Brian Yennie (CTO). Crucially, the engineering side is bolstered by Jim Benzing, a Principal Engineer with a career spanning Goodyear and NASA. This combination of startup experience and deep industry technical expertise is a primary pillar of their credibility, as shown on slide 10.

What are the primary risks or omissions in the pitch deck?

While the technology and NASA pedigree are strong, the deck omits specific unit economics, such as the manufacturing cost of NiTinol tires compared to traditional rubber. It also lacks a detailed competitive analysis against other airless tire prototypes from incumbents like Michelin or Bridgestone. The 'Use of Funds' on slide 12 is high-level, providing percentages rather than line-item costs.

The Smart Tire Company pitch deck: the facts

Company

The Smart Tire Company

Year

2022

Stage

Venture

Slides

17

Sector

Retail

The Smart Tire Company pitch deck PDF

The full The Smart Tire Company deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the The SMART Tire Company pitch deck was used for

This deck is for The SMART Tire Company, a tire technology startup commercializing NASA’s shape memory alloy (SMA) airless tire technology for terrestrial applications, initially focused on METL™ bicycle tires. It is a 17-slide venture-stage deck from 2022, associated with an earlier $1.3M raise used to test the market and build prototypes, and with a new raise for additional capital. The company highlights its NASA Startup Studio win, Space Act Agreement, and a 5,000 sq ft Innovation Lab in Akron, Ohio as proof-points. The deck positions the raise as funding to finalize product development, expand manufacturing, and prepare for commercial launch of METL™ and related SMA-based tires.

Round

Venture / early-stage deep-tech commercialization

Headquarters

Akron, Ohio, USA

Industry

Automotive / Tire technology

Year: 2021–2022 (initial $1.3M raise reported for 2021; deck and subsequent $3.7M raise efforts covered in 2022).

Raising: The deck was used while seeking an additional $3.7M for commercialization of the METL™ bicycle tire product, according to external coverage of the same deck.

Raised: $1.3M in initial funding (reported as raised in 2021) used to test the market and build prototypes, associated with this pitch deck.

Use of funds as presented: Testing market demand, building more prototypes, advancing METL™ and other SMA tire designs toward first commercial product launch, and expanding facilities and manufacturing capabilities.

What the The SMART Tire Company deck got right

• Strong NASA technology origin and formal collaboration. The company is built around **licensed NASA shape memory alloy tire technology** and operates under a **Space Act Agreement** with NASA, providing access to advanced modeling, optimization, and IP that reinforces a defensible deep-tech foundation and strong narrative.
• Clear execution track record and technical traction. The deck highlights multiple tangible milestones: winning **NASA Startup Studio**, establishing industry partnerships, securing **pending patents**, creating advanced scooter, bicycle, and lunar tire prototypes, amassing a 4,000+ person METL™ waiting list, and opening a 5,000 sq ft Innovation Lab in Akron.
• Compelling combination of user pain relief and environmental impact. METL™ and related SMA tires target a well-defined pain point—frequent flat tires and maintenance—while also addressing large-scale environmental concerns such as tens of billions of pounds of rubber waste and fuel inefficiencies from low tire pressure, giving the story both functional and sustainability appeal.
• Product architecture aligned with circularity and fleet economics. By designing **retread-able structural tires** and emphasizing lower rubber content and more sustainable inputs like cleaner rubber and carbon black, the deck lays out a product architecture that could fit naturally into circular-economy and fleet-optimization narratives for trucking and other segments.
• Strong external validation and media visibility. External media coverage (e.g., TechCrunch, CES, Engadget, Interesting Engineering) and NASA features provide third-party validation and help communicate the uniqueness of the technology to both investors and early adopters, amplifying the signal from the deck’s claims.
• Strategic location and infrastructure for tire development. The company’s location and facility in **Akron, Ohio**, near major tire industry players and NASA’s Glenn Research Center, strengthens access to relevant talent, testing resources, and potential strategic partners, which supports the operational story told in the deck.

What could have been stronger

• Limited quantified commercial traction beyond waiting list size. The deck highlights a 4,000+ person waiting list and advanced prototypes, but it does not disclose any hard metrics such as conversion rates from the waitlist, paid pre-orders, unit economics, or pilot revenues, limiting an investor’s ability to judge true market validation and commercial readiness based on the deck alone.
• Sustainability impact claims lack rigorous quantified evidence in the deck. While the deck and external materials emphasize large environmental benefits (e.g., major reductions in rubber waste and improved fuel economy), they do not provide independently validated lifecycle analyses, regulatory certifications, or quantified emissions and waste reductions, which may be important for impact-focused investors evaluating sustainability claims.
• Unclear manufacturing scalability and cost structure. The materials focus heavily on technology milestones (NASA programs, patents, prototypes) but provide little disclosure on manufacturing scalability, supply chain for NiTinol and rubber, production costs, and quality control processes, leaving uncertainty around the feasibility and economics of mass production at automotive or cycling scale.
• Partnerships and collaborations are not clearly characterized as commercial or exploratory. The deck references partnerships and industry interest (cycling, micromobility, lunar projects) but does not clearly distinguish between exploratory collaborations, paid contracts, and formal commercial agreements, making it difficult for investors to assess the depth and durability of these relationships.

How an investor would read this deck

What draws attention

• Evidence of durable IP advantages including the status and scope of pending patents, licensing terms with NASA, and how these translate into defensible market positions in cycling and broader tire markets.
• Validation that METL™ and other SMA tires can be manufactured at scale with consistent quality, acceptable costs, and robust performance across real-world conditions, including independent testing data.
• Clarity on commercialization timeline and go-to-market strategy for METL™ and subsequent products, including pricing, channels (e.g., direct-to-consumer, OEMs), and customer support.
• Assessment of regulatory, safety, and liability considerations for deploying novel tire technology on public roads and trails, especially for automotive and trucking applications highlighted in the deck.
• Understanding how the company’s NASA-linked narrative converts into sustainable competitive advantages after the initial PR and novelty effects wane.

Risks that stand out

• Scaling a novel SMA-based tire from prototypes to mass production may reveal unforeseen durability, performance, or quality issues, potentially delaying commercialization and increasing capital needs.
• Dependence on NASA licensing and collaboration could pose strategic risk if agreements change, become non-exclusive, or if other licensees emerge targeting overlapping markets.
• Consumer adoption of premium, novel tire technology may be slower than anticipated, especially if the price point required to support NiTinol and advanced manufacturing is significantly higher than conventional alternatives.
• Regulatory or liability issues related to deploying new tire designs on public roads could necessitate extensive testing and certification, lengthening the path to revenue in automotive and trucking segments mentioned in the deck.
• Competitive responses from incumbent tire manufacturers, especially if they develop or acquire similar airless or SMA technologies, could erode the company’s perceived technological lead and bargaining power.

Questions this deck invites

• What are the specific terms of The SMART Tire Company’s **Space Act Agreement** and NASA patent licenses (exclusivity, royalty rates, duration), and how do these affect long-term margins and defensibility?
• What are the current **manufacturing costs and projected unit economics** for METL™ tires at different scales (prototype, pilot, mass production), and what supply agreements exist for NiTinol and other critical materials?
• What independent **performance and safety tests** have been conducted on METL™ and other SMA tires (e.g., durability, temperature tolerance, traction, failure modes), and what certifications or regulatory approvals are required for each tar
• How many people on the 4,000+ person waiting list have converted to **paid pre-orders or purchases**, and what does this imply about true demand, pricing elasticity, and customer acquisition costs?
• What is the company’s **product roadmap** beyond bicycle tires: which segments (scooters, micromobility, automotive, trucking, lunar/space) are prioritized, and how is capital from this raise allocated across R&D, manufacturing scale-up, an

What founders can take from the The SMART Tire Company deck

• Grounding a pitch in a **credible deep-tech origin story**—here NASA’s rover tire technology and a Space Act Agreement—can create a strong narrative hook and immediate legitimacy, especially when combined with a clear consumer-facing product like METL™.
• Quantifying both **problem size** (hundreds of millions of flat tires, tens of billions of pounds of waste) and **early demand signals** (4,000+ person waiting list) helps investors quickly grasp market potential, even before full commercialization.
• Showcasing **specific accomplishments** (competition wins, formal agreements, patents pending, prototypes, and facility openings) offers concrete evidence of execution capability and progress beyond concept-stage claims.
• Connecting a frontier technology to multiple **adjacent markets** (bicycles, scooters, micromobility, trucking, automotive, lunar tires) illustrates long-term scalability, but it works best when the deck also clarifies near-term focus and sequencing.
• Environmental impact narratives are more persuasive when tied to clear mechanisms—longer-lasting tires, lower rubber content, and retread-ability—but investors will expect rigorous quantification and independent validation, which should be planned into future iterations of the deck.
• Leveraging **media coverage and prestigious programs** (NASA Startup Studio, TechCrunch, CES, WIRED features) within or alongside the deck can strengthen perceived credibility, but must be anchored by solid business fundamentals and a realistic commercialization roadmap.

The SMART Tire Company pitch deck: common questions

What does The SMART Tire Company do?

The SMART Tire Company is a tire technology startup commercializing NASA’s **shape memory alloy (SMA)** airless tire technology for consumer and transportation applications, starting with METL™ bicycle tires that are designed to never go flat and significantly reduce rubber waste.

What fundraise is this pitch deck associated with?

According to the deck coverage, the company raised **$1.3M in 2021** to test the market and build more prototypes, and the same deck was later used while seeking an additional **$3.7M** for its first commercial bicycle tire product; the 2022 deck you’re analyzing is tied to this venture-stage fundraising effort, not a priced equity round disclosed publicly.

What is METL™ and how is it different from conventional tires?

The deck and external coverage describe METL™ as an **airless bicycle tire** using a **NiTinol-based shape memory alloy core** originally developed and tested by NASA for rover missions, wrapped with rubber or other tread materials, aiming to eliminate flats and cut rubber waste while offering high performance.

What traction and accomplishments does The SMART Tire Company claim in this deck?

The company’s deck and press highlight several milestones: winning **NASA Startup Studio** and signing a **Space Act Agreement** with NASA, establishing partnerships in cycling and micromobility, developing advanced scooter, bicycle, and lunar tire prototypes, opening a 5,000 sq ft Innovation Lab in Akron, and accumulating a waiting list of over 4,000 potential METL™ customers.

What problem is The SMART Tire Company pitching to solve in this deck?

The deck and related articles emphasize solving four main issues: frequent flat tires (over 200M per year) as a safety and convenience problem, high maintenance due to air pressure monitoring, large-scale rubber waste from end-of-life tires (tens of billions of pounds annually), and the limitations of current run-flat and temporary fix solutions that are expensive and short-lived.

Sources

Funding and outcome facts on this page were researched on 2026-08-21 from the pages below.

• NASA's Airless Tire Technology Rethinks Rover Tire Design with...
• The Pitch Deck a Space-Age Tire Company Used to Raise $1.3 Million
• Tire company startup to use NASA technology to end flats and...
• The SMART Tire Company Announces a Lighter, Lower Cost version of their Shape Memory Alloy Tire (METL™), based on technology originally inve
• Startup founded by 'Survivor' champ debuts airless bike...
• The SMART Tire Company 2025 Profile: Valuation, Funding & Investors | PitchBook
• Smart's airless bike tires use NASA tech to defeat punctures
• CES 2023: This Firm Creates Airless Tires Using NASA's Rover Tech

The Smart Tire Company pitch deck slides

What each slide of the The Smart Tire Company pitch deck says

Slide 2

RE Gag THINK YOU HATE Fini ne jl FLATTIRES? RT NASA REALLY Tg HATES THEM. (ON MARS, THERE ARE NO SPARES FOR 94 MILLION MILES)

Slide 3

Shape Memory Alloys: An Introduction Q Alloys that have a “memory.” These materials have the Variant selection ability to remember and recover their original shapes 0 9 [@. = with load or temperature. 9 og 0 SMAs exhibit a solid-to-solid, reversible phase |<] J transformation capable of storing over 30x the a — deformation that can be done in an elastic bond stretch. ® oe |® rap ’ ») Simplified 2D ) 37 ae bd Microstructure Austenite Martensite ¥ 0 How? ¥ Bain strain -> (lattice deformation) ¥ lattice invariant shear -> (accommodation) Inelastic deformation (transient twinning) -> REVERSIBLE crn a

Slide 4

TIRE PROBLEMS + FLAT TIRES 200M+ per year are a safety hazard and major inconvenience HIGH MAINTENANCE Continuous air pressure monitoring ECO-UNFRIENDLY 508 Ibs of rubber tire waste a year is overflowing landfills + TEMPORARY FIXES Run-flats provide expensive "limp home" capability for just a few miles, then have to be replaced

Slide 5

SMART SOLUTION = - + NEVER FLAT, AIRLESS TIRE 5 & ’ A a 2 MARS ROVER TOUGH 3 SMOOTH & LIGHTWEIGHT — + CONSUMER APPEAL

Slide 6

MARKET OPPORTUNITY TWO WHEEL VEHICLES 3b 2 B&D HIGHEST $19.4B 10% POTENTIAL TWO WHEEL MARKET CAGR MARGINS

Slide 8

REDUCE WASTE S0B Ibs of tire waste comes from end-of-life tires. Longer lasting, lower rubber content, means less waste. REUSE RUBBER Cleaner, more sustainable sources of rubber and carbon black further reduce environmental impact RETREAD-ABLE Only the trucking industry focuses on retreads; all of our structural tires can be retreaded and reused. INCREASE MPG Low tire pressure reduces fuel economy across automotive & trucking, primary consumers of fossil fuels.

Slide 13

KEY ACCOMPLISHMENTS e NASA Startup Studio Won 1st place in FedTech NASA program, signed Space Act Agreement with NASA Partners Established early partnerships with industry leaders in cycling and micro-mobility Research New proprietary designs result in 3x pending patents, plus trade secrets ® Prototypes Advanced prototypes of new scooter, bicycle and lunar tires Waiting List Over 4,000 people on our waiting list for METL™ bike tires SMART Innovation Lab Opened 5000 sq ft production facility in Akron, Ohio, to build prototypes and run experiments

Slide text above is read directly from the The Smart Tire Company deck PDF embedded on this page.

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