The Major of Meteorology Nelson Tucker has been interested in the weather since he was a child who lived in Vienna, Virginia. He became “deeply focused” on tornadoes over the next few years, and in high school, they became an obsession.
His passion for tornadoes and the desire to help others has led him, along with his brother and two friends, to create the Otus project, which represents the observations of tornadoes by the UAV systems. The Otus project is an effort to gather reliable environmental measurements inside and surround a tornado to protect lives and properties, according to its website.
The weather channel
According to Tucker, much of his interest in the weather goes back to the weather channel. He even dressed as a meteorologist Jim Cantore a Halloween as a child. “I had an inherent interest in the weather, so I began to see the climate channel a lot,” he says. “My general interest was the first in storms and hurricanes. Hurricane Sandy appeared in this area in 2012, and that event was great for me. My obsession with the tornadoes developed after the super sprout in 2011 in the south, when he was 8 years old.
At the same time, Tucker’s life set up legs when he developed pandas (neuropsychiatric disorders autoimmune pediatric associated with streptococcal infections) and half of the fifth grade was lost. Pandas is a rare condition in which children suddenly develop compulsive obsessive disorders or ICT disorders or experience a worsening of existing symptoms after streptoccence infection. It is believed to be an autoimmune response in which the body’s immune system attacks the basal ganglia, a part of the brain, after fighting streptococci infection.
“I was prostrated in bed and unable to walk during the middle of the year,” says Tucker. “It took another six months to recover completely.” With nothing more to do more than rest and heal, he began to devour everything related to climate and online tornado, including research papers, damage and videos reports. This online research continued and intensified during high school and high school, along with an additional approach to weather.
Tornado Talk
During its third year of high school, Tucker began an association with Tornado Talk, a website dedicated to the history of Tornado. There he met his mentor, Jennifer Narramore, the owner of the website who had worked as a radio transmission meteorologist for more than 25 years. He joined the website efforts to document the stories of people and communities affected by tornadoes, as well as the tornadoes themselves.
According to Tornado Talk, at least 22,000 people in the United States have died of tornadoes, based on events that have been documented. Researchers and writers such as Tucker have produced more than 550 summaries that document these deaths, as well as weather details about tornado events and recovery stories. In April 2020, he began writing summaries for the website; In June, its first summary was published in the Smithville MS-at EF5 of the 2011 Super Outbreak.
“Three of us made trips to the cross -country to talk to people and document things,” says Tucker. “I probably wrote at least half a million summary words in four years.”
His work with Tornado Talk had a significant impact on him in several ways.
Like someone in the spectrum of autism, Tucker fought with socialization. “He took me to high school being comfortable talking to unknown people,” he says. “It was a great leap when I began to connect with people through Tornado Talk, especially talking to the survivors. It was the softest when I began to do it, but it helped me develop, grow and overcome the barriers.”
Tucker also began to feel the strong need to help prevent such deaths from contributing to improvements in the warning process. “Tornado Talk became a large part of my life,” he explains, “and gave me a lot of exposure to the human aspect. That was fundamental for what I am doing with Otu. Part of my emotional response was to want to mitigate the damage of the tornadoes due to the people I spoke with.”
University of Millersville
Tucker is in his last year as a student at the University of Millersville. Wait to graduate in May 2026 with a BS in meteorology and minors in journalism and emergency management.
“The greatest attraction for me was the excellent reputation of the weather program and good teachers,” he says. “It is a small enough apartment so that you can connect one by one with the teachers, but still large enough to enjoy the benefits of a good program. I also found the size of the school and the campus in general attractive.” He says that he has come to appreciate having useful advisors, first -level meteorologists and really good teachers with whom he can interact and consult.
During the summer of 2024, Tucker was a member of the summer undergraduate research at the National Institute of Standards and Technology (NIST), one of the oldest physical science laboratories in the country, located in Gaithersburg, Maryland. After working to expand its database of critical facilities achieved by tornadoes, he and NIST researchers began a project that involved developing a better wind sensor, one that could measure the strength of the vertical component of a tornado. That is what it throws objects such as cars and trailers in the air, according to Tucker.
“We develop an air sensor to measure the wind speed with the drone,” explains Tucker. “With Nist, the goal was to create an omnidirectional wind sensor.”
That work is almost complete, and Tucker expects Nist to publish a report. The collaboration between Tucker, Otus and Nist will continue at the end of this summer, when they are associated to test over wind tunnel calibrations.
Otus
Tucker, his older brother Louis and his friend Tanner Beard are the founders of Otus. “We all decided in February 2024, in a midnight call, to do the project,” says Tucker. Later they added Erik Fox’s tornado hunter to the team. His work has appeared in Forbes Twice in recent months.
Tucker serves as president and “was behind the mission/purpose/reason why we create OTU,” he explains, “but the brains behind drone technology are Louis and Tanner. It is interdisciplinary, a combination of engineering from them and meteorology of my part. Otus would not exist or will be possible without all three of us.”
Louis, the Drones builder and PAHO coordinator, learned about the challenges faced by researchers when collecting data near/inside a tornado and thought that the OTU concept was possible with the appropriate engineering experience. Then, he caught Tanner Beard, a friend who knew through Drone Racing who had recently graduated with a mechanical engineering title.
Less than three months after Otus was born, Louis flew the first drone inside a tornado.
“Drones take measures in places where you can’t put a person or another instrument,” says Tucker. “They are not trapped on the ground. They can reach any part of a tornado, and no one is in danger with the operator at miles away.”
What makes tornadoes particularly dangerous is that they are three -dimensional, they have that vertical component, and can change quickly. OTU provides data that can be used in several different ways.
From a structural point of view, OTU is needed to obtain real world observations for the effect of tornadoes in buildings so that construction standards can be improved.
Regarding the proper prognosis and warning, there is still a lot of mystery around the genesis and dissipation of tornadoes, according to Tucker. “We have the general idea of ​​how they form, with the main theories that are discussed focusing on temperature, humidity and pressure,” he says. “With a better understanding of what is happening inside and outside the tornadoes, we could create models to better predict. Obtaining these measurements with OTU allows us to better understand tornadoes and improve warnings.”
The other aspect of OTU, which is important, is that it provides a look at advance technology: how will the world be seen with drones?
“Drones are only becoming cheaper over time, so the affordability of data collection is on the way to continuing to improve. In the short term, we can obtain measurements in previously impossible places and inform science. In the long term, drones could be so easily acquired and used in large quantities that could revolutionize data collection in tornadoes in meteorology,” says Tucker.
Tucker firmly suspects that collecting data through drones is something that will do for many years. His plans after Millersville include the postgraduate school; You are looking for places where you can continue your approach in tornadoes and meteorology. This fall will work at the beginning of the steps you must take to prepare for the future.
“Otus has definitely inserted himself into my future plans,” says Tucker. “I always wanted to go to the postgraduate school and get a Ph.D. Otus is becoming the obvious approach of that work.”
(Tagstotranslate) Drones
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