In 2022, Hurricane Ian caused over $100 billion in damage, partly because forecasts failed to predict its rapid intensification or provide sufficient lead time for coastal communities to prepare. Earlier and more accurate warnings could have reduced both economic losses and loss of life.
Our Hurricane Hunter Satellites measure wind and clouds in three dimensions. Current weather satellites only measure in two dimensions and miss the vertical wind component that drives extreme weather.. NASA recognized the value of our work with their Innovation Award in Earth Science and Remote Sensing.
Our Hurricane Hunter Satellites are designed to operate in coordinated pairs, capturing cloud imagery from multiple angles. Proprietary algorithms convert these images into 3D wind and altitude measurements. This data is intended to address key gaps in weather models, particularly in regions beyond the reach of radar or weather balloons.
Based on internal modeling, the data we aim to collect could improve forecast accuracy for certain storm systems and routine weather events. These gains may have broad implications across multiple sectors, from emergency management to global logistics.
Forecast accuracy is critical across more than 20 industries, yet substantial coverage and data limitations persist.
Large portions of the world, including polar regions and open oceans, lack sufficient weather balloon or radar coverage. Satellite observations are often limited in frequency or resolution, and cannot monitor all regions continuously.
Current satellites measure wind in only two dimensions. They miss the vertical wind component that drives severe weather and hurricane intensification.
NASA Chief Technologist David Spencer calls 3D wind data "the Holy Grail of weather observation." NASA's Decadal Survey identified the need for 3D wind measurements at 200-meter vertical and 20-kilometer horizontal resolution. No satellite system currently provides this data globally.
Without accurate vertical wind measurements, forecasters struggle to predict when a storm will rapidly intensify. Hurricane Ian strengthened from a Category 3 to near-Category 5 in less than 24 hours. In situations like these, emergency managers don't know where to position resources before storms hit, and coastal communities often have minimal time to evacuate.
Existing methods for hurricane intensity rely on morphology-based estimation techniques, which can produce central pressure errors of 7 to 15 hPa. These limitations contribute to uncertainty in both track and intensity forecasts, especially during rapid intensification events.
Inadequate forecasts may lead to suboptimal evacuation timing, misallocated emergency resources, and operational disruptions in sectors such as aviation, agriculture, insurance, and maritime shipping. As climate variability increases, demand for more granular and timely atmospheric data to support planning and response grows.
Tropical Weather Analytics is building Hurricane Hunter Satellites to fill these gaps in global weather observation. Our satellites fly over oceans and polar regions where radar and weather balloons can't reach. The satellites work in pairs, capturing cloud imagery from two angles simultaneously, so they can measure wind in all three dimensions rather than just two. The 3D wind data and improved cloud measurements are designed to reduce the forecast errors that lead to mistimed evacuations and billions in preventable losses.
The global commercial weather industry is estimated at over $10 billion annually, driven by rising demand for precise, sector-specific forecasting services. Weather volatility is increasing, and industries that lose billions to forecast errors are actively seeking better data.
We designed our satellite system to serve sectors where 3D wind data and earlier hurricane warnings create measurable value, including aviation, maritime shipping, agriculture, insurance, and government agencies.
Commercial airlines spent over $220 billion on fuel in 2022. Research suggests that more accurate wind data could enable fuel savings of up to 2% per flight, potentially resulting in meaningful cost reductions and route-optimization benefits.
Studies indicate that weather conditions contribute to a significant portion of vessel performance variability. High-resolution forecasts may help shipping companies reduce voyage time, improve safety, and lower fuel consumption.
More than 550 million farms globally depend on weather data for operational decisions. Industry research has shown that hyper-local forecasting tools can help optimize yield and resource use in certain crop systems.
The property and casualty insurance sector manages over $1 trillion in annual premiums. More timely storm forecasts may help insurers and reinsurers adjust exposure, potentially improving risk pricing and capacity deployment.
U.S. federal agencies such as NOAA, NASA, and the Department of Defense collectively invest hundreds of millions annually in weather-related research and observation. Our planned satellite system may complement existing capabilities, particularly in polar and oceanic regions with limited data access.
Over the past two decades, Tropical Weather Analytics has advanced stereographic satellite imaging technology, supported in part by competitively awarded research and development contracts from NASA, the Department of Defense, and NOAA. In 2017, our work received NASA’s Innovation Award in Earth Science and Remote Sensing.
Our revenue model anticipates initial revenue beginning after satellite deployment, targeted for 2027.
Based on internal projections and market analysis, we estimate cumulative revenue of up to $765 million over the first six years of operations, with potential annual revenue reaching $339 million in year six.
Total operating expenses during this period are estimated at approximately $110 million.
*These financial projections are forward-looking statements based on current assumptions about market demand, technical readiness, customer conversion, and pricing models. Actual results may differ materially due to numerous factors, including regulatory delays, technology performance, customer adoption, and competitive dynamics.
Tropical Weather Analytics anticipates generating revenue through three main channels. These models are based on internal market research and are subject to change.
We plan to develop industry-specific software tools and data APIs. Subscription pricing is expected to vary widely ($200 to $40,000/month) based on user type, data volume, and application complexity. Our market analysis identifies up to 50 million potential users globally across sectors such as aviation, agriculture, shipping, and insurance.
The proceeds from this Regulation Crowdfunding offering will be allocated across five primary operational areas. These plans reflect current priorities and may evolve based on capital raised, technology readiness, and market conditions.
At Tropical Weather Analytics, we know that more precise and timely weather forecasts can help save lives, reduce economic losses, and improve planning across multiple industries.
That belief has driven over 20 years of development, including a five-year demonstration aboard the International Space Station and more than $100 million in federal R&D funding awarded to our team.
We’ve established a development agreement with Phantom Space Corporation to manufacture and target a 2027 launch of our first satellite pair. We are also in preliminary discussions with several large enterprises that may benefit from our 3D wind and storm data.
With core technologies validated and a partnership formed with AWS (Amazon Web Services) entities, (Minfy), we are now seeking investor support to advance into operational deployment and early customer engagement.
*This investment opportunity is being offered pursuant to Regulation Crowdfunding (Reg CF). Investing in early-stage companies involves significant risks, including the potential loss of your entire investment. This offering has not been reviewed or approved by the Securities and Exchange Commission or any state securities authority. Past performance is not indicative of future results. Please review all offering materials carefully before making an investment decision.