The world needs water. We activate the clouds.
With over 8 billion people and 40% of the planet facing water stress, stimulation of rainfall becomes an essential tool for climate resiliency.
RainMaker® uses nanotechnology air last generation to induce rain in regions where rainfall natural are insufficient. Through the controlled release of agents nucleantes patented, we encourage clouds to favour the formation of rain. This technology allows you to increase the availability of water in agricultural areas, recharge aquifers strategic and strengthen water security to the impacts of increasing climate change.
Alguna vez te has preguntado…
Why it rains?
There is not a single mechanism, learn about the mechanism of physical-chemical that produces rain
To understand the rain
Click Here
Why don't it rain?
Natural causes, climate change and deforestation are some of the causes, discover
Find out
What is cloud seeding?
The genius of man has allowed us to understand and influence this phenomenon is vital for the life, find out
Understand the technology
RainMaker® solution is a mexican stimulation of rain that sprays millions of droplets of an agent nucleante patented, directly in the cloud, without the need of sublimarlas. Thanks to its technology of spraying in cold, it works in temperature ranges where traditional methods do not serve (-2 °C to 5 °C), which allows you to intervene more types of clouds extending the operating range of the technology. After more than 200 flights a successful, has been shown to increase the size and the lifetime of the droplets within the cloud, improving the efficiency of precipitation and bringing water to agricultural areas and basins sobreexigidas without generating negative environmental impacts.
Patented formulation and made in Mexico
View patent
The system RainMaker®
Our team of meteorologists
working 24/7, 365 days a year
They are the operational heart of each mission stimulation of rainfall. Continuously monitor the atmosphere through the analysis of satellite imagery, climate data and advanced numerical models. Identify in real time the development, movement and physical characteristics of the systems cloud in target regions. This constant monitoring allows you to anticipate conditions that are conducive to the aerial intervention.
The main objective of our team is to detect systems with the potential of precipitation, especially those in the development phase, and with sufficient moisture in the middle and bottom of the atmosphere.
The decision to make a flight of stimulation is taken by means of a scientific protocol that combines weather information in near real-time validation of the behavior of the systems cloud and risk-benefit analysis.
El rol del experto en siembra de nubesEl experto en siembra de nubes es el enlace operativo entre la ciencia meteorológica y la ejecución en vuelo. A bordo de la aeronave, trabaja en coordinación directa con los pilotos y con el equipo de meteorología en tierra para evaluar en tiempo real la evolución del sistema nuboso. Utilizando su experiencia, observaciones visuales, instrumentos de a bordo y reportes actualizados desde tierra, determina el momento exacto y el punto óptimo para la liberación del agente RainMaker®. Su criterio técnico es decisivo para maximizar la eficiencia de la estimulación, adaptándose a cambios súbitos en la dinámica de la nube y asegurando que la intervención se realice en las condiciones más favorables para generar lluvia efectiva.Seguridad en vueloLa seguridad operacional es el filtro inicial y final de cada misión. No volamos en tormentas ni penetramos células convectivas maduras, granizo o zonas con intensa actividad eléctrica: la integridad de la tripulación es lo primero. Toda salida se rige por un “go/no‑go” con límites meteorológicos predefinidos y la facultad de abortar en cualquier fase; operamos con perfiles y altitudes seguras, márgenes de escape y comunicación tierra‑aire continua. Nuestro sistema de aplicación —aspersión en frío, alta atomización, válvulas de corte rápido y redundancias— dosifica con precisión sin comprometer la maniobrabilidad ni la estabilidad de la aeronave.
Sistema de aplicaciónNuestro sistema de aplicación BR-1 ha sido diseñado específicamente para maximizar la eficiencia de la estimulación de lluvias, garantizando seguridad y precisión en cada misión. A través de una boquilla especialmente diseñada, el agente se dispersa en millones de microgotas con el tamaño exacto y a la presión calibrada para asegurar una atomización óptima. Estas dimensiones no son aleatorias: están calculadas para permanecer el tiempo necesario en suspensión dentro de la nube, interactuar eficazmente con el vapor de agua disponible y favorecer el crecimiento de los hidrometeoros. El sistema opera en frío y con un control absoluto sobre el momento y la cantidad de liberación, asegurando así el máximo aprovechamiento de cada vuelo.
Learn more about how we measure the impact of VOSN
We assess the impact of each mission using two complementary approaches. When the operation zone account with new Doppler radars operating with access to the raw data, we apply the methodology TITANinternationally recognized by the World Meteorological Organization to compare cells treated versus non-treated and quantify the direct effect of cloud seeding. In regions where there is no such infrastructure, we use a method based on observation satellite, combining data IMERG-GPM and forecasts AIRS to measure the extent, intensity, and estimated volume of precipitation before and after the intervention. This dual approach allows us to maintain and objective assessments traceable, adapting to the technological capabilities available in each territory.
Our team of meteorologists
working 24/7, 365 days a year
They are the operational heart of each mission stimulation of rainfall. Continuously monitor the atmosphere through the analysis of satellite imagery, climate data and advanced numerical models. Identify in real time the development, movement and physical characteristics of the systems cloud in target regions. This constant monitoring allows you to anticipate conditions that are conducive to the aerial intervention.
The main objective of our team is to detect systems with the potential of precipitation, especially those in the development phase, and with sufficient moisture in the middle and bottom of the atmosphere.
The decision to make a flight of stimulation is taken by means of a scientific protocol that combines weather information in near real-time validation of the behavior of the systems cloud and risk-benefit analysis.
El rol del experto en siembra de nubesEl experto en siembra de nubes es el enlace operativo entre la ciencia meteorológica y la ejecución en vuelo. A bordo de la aeronave, trabaja en coordinación directa con los pilotos y con el equipo de meteorología en tierra para evaluar en tiempo real la evolución del sistema nuboso. Utilizando su experiencia, observaciones visuales, instrumentos de a bordo y reportes actualizados desde tierra, determina el momento exacto y el punto óptimo para la liberación del agente RainMaker®. Su criterio técnico es decisivo para maximizar la eficiencia de la estimulación, adaptándose a cambios súbitos en la dinámica de la nube y asegurando que la intervención se realice en las condiciones más favorables para generar lluvia efectiva.Seguridad en vueloLa seguridad operacional es el filtro inicial y final de cada misión. No volamos en tormentas ni penetramos células convectivas maduras, granizo o zonas con intensa actividad eléctrica: la integridad de la tripulación es lo primero. Toda salida se rige por un “go/no‑go” con límites meteorológicos predefinidos y la facultad de abortar en cualquier fase; operamos con perfiles y altitudes seguras, márgenes de escape y comunicación tierra‑aire continua. Nuestro sistema de aplicación —aspersión en frío, alta atomización, válvulas de corte rápido y redundancias— dosifica con precisión sin comprometer la maniobrabilidad ni la estabilidad de la aeronave.
Sistema de aplicaciónNuestro sistema de aplicación BR-1 ha sido diseñado específicamente para maximizar la eficiencia de la estimulación de lluvias, garantizando seguridad y precisión en cada misión. A través de una boquilla especialmente diseñada, el agente se dispersa en millones de microgotas con el tamaño exacto y a la presión calibrada para asegurar una atomización óptima. Estas dimensiones no son aleatorias: están calculadas para permanecer el tiempo necesario en suspensión dentro de la nube, interactuar eficazmente con el vapor de agua disponible y favorecer el crecimiento de los hidrometeoros. El sistema opera en frío y con un control absoluto sobre el momento y la cantidad de liberación, asegurando así el máximo aprovechamiento de cada vuelo.
Learn more about how we measure the impact of VOSN
We assess the impact of each mission using two complementary approaches. When the operation zone account with new Doppler radars operating with access to the raw data, we apply the methodology TITANinternationally recognized by the World Meteorological Organization to compare cells treated versus non-treated and quantify the direct effect of cloud seeding. In regions where there is no such infrastructure, we use a method based on observation satellite, combining data IMERG-GPM and forecasts AIRS to measure the extent, intensity, and estimated volume of precipitation before and after the intervention. This dual approach allows us to maintain and objective assessments traceable, adapting to the technological capabilities available in each territory.
Success cases
With more than 200 flights operating, and numerous cases of successful proven RainMaker® has demonstrated its ability to generate results that are measurable and consistent stimulation of rains
FAQ
Solve
your questions
1. Does cloud seeding is a contaminant or hazardous to humans or the environment?
No. The technology of stimulation of rain RainMaker® uses compounds harmless, specifically designed to integrate naturally in the water cycle, and does not alter the ecological balance. The AgI has an oral LD50 acute that classifies it as a harmless, we use organic compounds, and the applied amount is so small that it is undetectable. Decades of scientific studies in universities around the world conclude that their impact is negligible.
2. What if we stimulate the clouds in a place, take away the rain to another?
No. The atmosphere does not function as a closed container with a water-limited region. Precipitation depend on dynamic processes on a large scale, such as convection, moisture in the upper layers and the atmospheric circulation. In fact, only a fraction of the water vapor is available in a cloud ends up precipitating naturally; what makes RainMaker® is to increase that percentage, activating the potential of rain already present in a cloud, mature, without “stealing” water from other regions or significant disruption of natural flows.
3. Does cloud seeding can cause floods or natural disasters?
No. The stimulation of rainfall does not generate heavy rainfall from scratch, or controlled by extreme storms. The goal is to increase moderately the precipitation in systems that already have natural conditions for it to rain. Not involved hurricanes or severe storms, and operations are performed under strict monitoring weather to avoid unwanted effects.
4. Does this technology can be used to suppress the rain?
No. RainMaker® is not designed to inhibit the rain, but to promote the condensation, and precipitation in clouds with features conducive. Our mission is to increase the availability of water, not reduce it.
5. Does this technology has something to do with the so-called “chemtrails”?
No. The “chemtrails” are a conspiracy theory with no scientific basis. RainMaker® does not use toxic substances or acts in secret. All of our operations are open to the public, monitored and reported.
6. How do we know that rain was brought about by the stimulation and it would not have happened anyway?
Through physical analysis, statistical and observational. RainMaker® uses satellite imagery (IMERG, GOES), radar and climate models of control to compare events stimulated vs. not stimulated in similar conditions. In addition, we analyzed variables such as time of onset of rain, the intensity, duration and accumulated after planting. This comparison allows us to be attributed with high probability the effect of our interventions.
7. Can you make it rain though no forecast of rain?
Yes, it requires a cloud with insufficient content of Precipitable Water in order to succeed. The forecasts are based on mathematical models of prediction, we work with clouds real; so even if a model can predict “No rain,” the stimulation of rain RainMaker® can make it happen.
8. Can we move the clouds from one place to another?
No. The clouds are carried by the winds and the atmospheric currents at different levels. There are No current methods that allow to move them intentionally from one site to another. What can be done is to take advantage of your career for intervenirlas at the time and place optimal, increasing the likelihood that fall on a desired area.
9. Is it possible to “create” clouds from scratch?
No. The formation of clouds depends on natural atmospheric conditions such as humidity, temperature, and promotion of air. Some experiments have generated little clouds in laboratories or small areas, but there are no feasible methods to create systems cloud significant artificially.
10. What can you expect from a stimulation of rainfall?
Results moderate but valuable. In favorable conditions, it has been observed a increase of 10-20 % in the amount of rainfall, as well as more rainy early or of longer duration. The goal is not to create storms, but activate the latent potential from clouds that otherwise would dissipate without precipitate. This helps to recharge groundwater aquifers, to support crops and reduce water stress.
11. Does the stimulation of rainfall alters the natural cycle of rainfall?
No. The stimulation of rainfall does not create or destroy atmospheric moisture only improves the efficiency of precipitation in clouds that already contain the water vapor necessary. The natural cycle of rainfall remains intact; it simply makes better use of the existing potential in a certain time and place. In fact, in some regions affected by deforestation, RainMaker® seeks to contribute to restoring the cycle of rain, favoring the recovery environment and the availability of water.
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