We want you!
“Be a catalyst for change. Help us hit our R&D goal by donating before the end of 2025.”
700c road devElopment
“Maximize Your Portfolio with Eco-Conscious Innovation. Explore Investment Opportunities.”
- Funding the production and deployment of the 700c Aero Lite Energy Return Wheel (ERW) for road bikes, linking funding amounts directly to tangible manufacturing or performance milestones.
700c
MTB tire devElopment
“Claim your stake in the next generation of tire technology. Start your investment here.”
- Funding the production and deployment of the MTB Alpha Energy Return Wheel (ERW) mountain bike (MTB) tire, focusing on the specific demands of off-road durability, traction, and suspension integration.
mtb
AUTO DEVELOPMENT
“Give now to help eliminate flat tires and reduce global fuel consumption by 20%.”
- Funding the production and deployment of the automotive Energy Return Wheel (ERW), focusing on how various funding levels translate into tangible outcomes related to efficiency, production, and environmental benefits. The ERW aims to be the most efficient high-speed airless tire in the world, with a validated rolling resistance coefficient of 0.0117 at 70 MPH.
auto
Personal
$20 / month
- $1,500 – Advanced Carbon-Fiber Integration: Funds the manufacturing of one high-performance carbon-fiber rim for 29-inch wheels, reducing rotational mass to offset the weight of internal mechanical springs.
Agency
$40 / month
- $2,500 – Full Wheelset Assembly: Covers the production of a complete pair of carbon-fiber airless wheelsets for electric mountain bikes (eMTBs), similar to premium retail price points for airless NASA-derived technology.
Developer
$60 / month
- $10,000 – Precision Tension Tuning: Supports the development and testing of adjustable “tensioning rods” that allow riders to customize tire firmness for different terrains (e.g., mud vs. gravel) without air pressure.
Personal
$20 / month
- $5,000 – Drivetrain Efficiency Baseline: Funds a standardized rolling resistance test to verify the ERW’s capability to improve drivetrain efficiency by up to 16–22% for electric vehicles.
Agency
$40 / month
- $5,000 – Battery Range Extension Study: Finances a field trial to quantify how the energy-storing “slingshot” effect of the ERW returns energy to the road, potentially extending e-bike range on hilly terrain.
Developer
$60 / month
- $1,000 – Smart Sensor Integration: Integrates real-time torque sensors into a prototype to measure how the wheel reacts to impacts compared to traditional pneumatic tires.
Personal
$20 / month
- $7,000– Life-Cycle Tread Replacement: Covers the cost of a single replaceable rubber tread, extending the core wheel’s life to the “life of the bike” (approx. 5,000–8,000 miles) and preventing total tire disposal.
Agency
$40 / month
- $20,000 – Eco-Friendly Material Certification: Funds the research and validation needed to switch from traditional vulcanized rubber to eco-friendly raw materials or carbon nanotube-reinforced composites.
Developer
$60 / month
- $100,000 – Circular Economy Pilot: Establishes a small-scale “Recycle & Reuse” program for tire recycled tire rubber used in tire skeletons, preventing them from entering the 20+ million-ton annual scrap tire waste stream.
Personal
$20 / month
- $50,000 – Proof of Concept (PoC): Supports a pilot program with major automotive or robotics partners to adapt the ERW technology for smart factories or last-mile delivery robots.
Agency
$40 / month
- $500,000 – Mass Production Tooling: Funds the industrial molds and equipment necessary to transition from handmade lab prototypes to large-scale, affordable manufacturing in the USA.
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- “Accelerate Green Tech: Become an Investor in Airless Tire Tech!”
Developer
$60 / month
- $100,000 – Circular Economy Integration: Establishes a regional “Take-Back” program for spent road treads to ensure 95% material recovery, aligning with 2025 industry sustainability standards.
Personal
$20 / month
- $10,000 – Low-Carbon Manufacturing: Supports the transition to using recycled carbon black in tire treads, which has been shown to reduce manufacturing emissions by over 55%.
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Agency
$40 / month
- $20 – Waste Reduction Impact: Prevents approximately 5–10 discarded inner tubes and one full tire casing from entering landfills by utilizing a 100% recyclable core skeleton.
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Developer
$60 / month
- $1,000 – Precision Stiffness Tuning: Finances the development of “adjustable tension rods” that allow a rider to mimic the feel of 80 PSI vs. 110 PSI to suit different road conditions without using air.
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Personal
$20 / month
- $50 – Rapid Tread Replacement: Covers the cost of five 700x25c replaceable rubber treads, allowing a road cyclist to swap for fresh grip in minutes without tools or a workshop.
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Agency
$40 / month
- $500 – Lifelong Reliability Milestone: Funds a set of two NASA- tested tires designed to last the entire life o
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Developer
$60 / month
- $2,300 – High-End Racing Wheelset: Produces a pair of carbon-fiber ERWs that eliminate the 6–12 watt energy loss typical of lower-quality road tires, providing a competitive edge in endurance racing
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Personal
$20 / month
- $250 – Rolling Resistance Optimization: Covers a laboratory test series to achieve a rolling resistance coefficient as low as 0.0117, aiming to outperform traditional pneumatic road tires by returning “impact energy” back into forward momentum.
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Agency
$40 / month
- $1,500 – Aerodynamic Profile Development: Funds the design of an ultra-low-profile carbon rim optimized for 25–28mm tires, reducing drag at speeds above 30km/h.
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Developer
$60 / month
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Personal
$20 / month
- Innovation-Driven: “Claim your stake in the next generation of tire technology. Start your investment here.”
- “$1,000 funds a carbon-fiber prototype for electric mountain bikes”
Agency
$40 / month
- “Join the evolution of mobility—invest in the Energy Return Wheel today.”
- Total CO2 emissions saved (in metric tons) due to increased e-bike usage with the new tires replacing car trips.
Developer
$60 / month
- “Give now to help eliminate flat tires and reduce global fuel consumption by 20%.”
- Pounds of material waste eliminated from landfills by removing the need for tubes and traditional tire disposal.
Personal
$20 / month
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- “Invest in the Future of Transport: Drive Sustainable Innovation!”
- This positions the investment as forward-looking and aligned with a growing market.
Agency
$40 / month
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- “Accelerate Green Tech: Become an Investor in Airless Tire Tech!”
- Percentage increase in daily trips made by bicycle within a specific region, contributing to cleaner air and reduced traffic.
Developer
$60 / month
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- “Join the Mobility Revolution: Invest in Patented, Energy-Efficient Wheels.”
- Number of flats eliminated across all vehicle types (road bike, MTB, auto), improving reliability and user experience.
Personal
$20 / month
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- Maximize Your Portfolio with Eco-Conscious Innovation. Explore Investment Opportunities.”
- For New Technology Adoption: “Join the Future of Mobility”.
Agency
$40 / month
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- For Product Sales: “Shop Airless Now” or “Get Puncture-Proof Tires Today”.
- “Boost Your Range—Buy ERW Now”.
Developer
$60 / month
- “Customize Your Ride Tension” (referencing the adjustable internal rods).
- For Trials/Demos: “Experience the Slingshot Effect—Book a Demo”. “Join the Future of Mobility”.
Personal
$20 / month
- “Donate $50 today to help us replace traditional rubber with energy-recycling composites.”
- Cost savings for consumers over a specific period due to reduced maintenance and replacement needs for tires and tubes.
Agency
$40 / month
- “Support a greener future—donate now to bring airless, waste-free tires to the world.”
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Developer
$60 / month
- “Be a catalyst for change. Help us hit our R&D goal by donating before the end of 2025.”
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The 360-Degree Slingshot for YOUR Wheels
Experience a “de-weighted” feel that dramatically improves acceleration and braking through elastic potential energy.
A great example of the Energy Return Wheel (ERW) technical advantage is its ability to act like a 360-degree slingshot (spring), absorbing road bumps and converting that stored elastic energy into increased forward momentum and efficiency, dramatically improving acceleration and handling while eliminating flats, similar to a car “riding on four slingshots” for better take-offs and cornering.
How It Works (The “Slingshot Effect”):
- Energy Absorption: Instead of just absorbing impact like a normal tire, the ERW uses adjustable rods and layers of rubber to store energy when hitting bumps or compressing over road impact and converts it into kinetic energy.
- Energy Return: This stored potential energy is then released, propelling the wheel (and vehicle) forward, reducing the need for extra power and creating a smoother, more efficient ride.
- Enhanced Acceleration: The “slingshot” effect provides a boost, making cars feel more responsive and accelerating faster.
- Improved Handling: The Hoop’s tread is levered to the surface even while the wheel is oversteering. This lateral, rotational displacement deflection during cornering radically improves steering precision and overall handling performance. With no sidewall flex (like pneumatic tires), the ERW offers more precise cornering and stability.
- Anti-Bounce Technology: The ERW’s Composite hoop to Wheel Rim’s millisecond response rate matches your neuro proprioception rate. You will feel the changing surface in real time. Not desensitizing like riding on a balloon. The Composite Hoop allows ERW to “span” potholes and cracks rather than falling into them, keeping the vehicle’s hub and cargo more level and stable.
- Greater Efficiency: By recycling energy, less power is wasted, boosting fuel economy (for cars) or battery range (for EVs).
The low – slung profile of batteries requires wider wheels and more camber. Britek Screw Force allows wheel and hub to rotate at different speeds and lateral deflections. Cumulatively collected, recycled and distributed through a predetermined elastic tension reservoir.
Best for: High-performance automotive or electric vehicle (EV) markets.
“See it in Action”
Radical Efficiency for the Modern Drive.
Reduce rolling resistance and maximize your range with the world’s first active energy-recycling tire.
Forward Momentum: When the tire hits a bump, it compresses and stores elastic potential energy, which it then releases as it springs back, converting what would be wasted impact energy into forward momentum.
Operational Reliability
Puncture Proof: It is immune to flats, blowouts, and pressure loss, making it ideal for rugged off-road terrains or remote environments.
Maintenance-Free: Users do not need to monitor or maintain air pressure, and the tension of the internal rods can be manually adjusted to suit different road conditions (harder or softer ride).
Market Solution: applications
Bicycle-sharing programs and urban commuters: These users prioritize flat prevention and reliability over high performance or specific pressure adjustments, making the maintenance-free nature of the ERW highly valuable.
Small, off-road utility vehicles: Vehicles like golf carts, ATVs, UTVs, and those used in maintenance for farms or large complexes operate in environments with a high risk of punctures (e.g., debris, rough terrain). The ERW’s puncture-proof design eliminates costly downtime and maintenance associated with flats in these applications.
Light construction and industrial equipment: Skid steer loaders and other light construction machinery frequently operate on job sites filled with sharp debris.
Commercial Fleet Management: The ERW eliminates downtime from punctures and reduces long-term operational costs. Fleets, particularly those using electric delivery vehicles, benefit from the tire’s potential to improve fuel efficiency and range by reducing energy lost to rolling resistance.
High-Performance Electric Vehicles (EVs): Because ERWs lack a traditional sidewall, they offer superior lateral stability and sharper cornering. This makes them an ideal solution for premium EVs like the Tesla Roadster, where performance and weight-to-power ratios are critical.
Micro-Mobility & Bicycles: The ERW is highly effective in the bicycle market, where its adjustable tensioning rods allow riders to customize firmness without a pump. This provides a “flat-proof” solution for commuters and mountain bikers on rugged terrain.
Industrial & Construction Equipment: In high-debris environments, ERWs provide a durable alternative for skid-steer loaders and utility vehicles, where constant contact and durability are prioritized over high-speed comfort.
Military Applications: The puncture-proof nature of airless tech like the ERW is critical for mission-readiness in unpredictable environments, where traditional tires are vulnerable to failure.
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The core benefit in these applications is the elimination of flats and associated maintenance costs (labor and replacement), directly addressing a major pain point for fleet operators and regular users. The “energy return” aspect also offers efficiency benefits, which would be an added value in commercial contexts.
Strategic Partnerships
- OEM Integration: Partnering with vehicle manufacturers to provide ERWs as a factory-installed option, similar to Michelin’s collaborations with GM.
- Circular Economy Models: Promoting ERW’s sustainability through retread-able tread designs, which significantly reduces the 200 million tires scrapped annually due to punctures.
- Frame the investment around solving industry-wide problems, such as downtime from punctures in autonomous vehicles or the need for maintenance-free tires on long-range EVs.
- Visual Proof: Use high-quality videos demonstrating the “anti-bounce” technology and the wheel’s ability to span potholes without losing speed.
| “Early Adopter” status), social sharing buttons, and regular development updates.
A great impact metric for 700c ERW (Extended Range/Reinforced Width) airless tires focuses on quantifiable user benefits like reduced flats (e.g., 95% fewer punctures in testing), increased rider safety/confidence, lower lifetime cost (fewer replacements), or improved cycling efficiency/comfort (e.g., 10% less rolling resistance/effort), directly showing how the technology solves problems (flats, maintenance) and enhances the cycling experience beyond just the tire’s specs.
Examples of Impact Metrics for Airless Tires
saves time, prevents accidents, lowers costs).
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