The quest to command the clouds has tickled human imagination since we first stared up at stormy skies and wondered, “What if we could make it rain on demand?” From ancient rites that tossed strangers into rivers to modern contraptions that fire loud blasts at the heavens, our ancestors have tried every trick in the book. While today we seed clouds with chemicals, the past is littered with wildly inventive – and spectacularly unsuccessful – attempts. Below, we count down the top 10 times we tried to control the rain and spectacularly failed.
Why We Keep Trying: top 10 times of Rain‑Control Folly
10 Hail Cannons
Hail cannons are the loud, megaphone‑shaped gadgets that claim to shoo away hail by blasting upward gusts. The idea first sprouted in Italy in 1880, and the Austrian engineer M. Albert Stiger built the inaugural model between 1895 and 1896. Stiger’s version resembled a giant speaker, firing smoke rings that were supposed to stir the air and keep hail‑forming clouds at bay.
When Stiger’s cannon was deployed, the surrounding region enjoyed two hail‑free years, turning the device into a local legend. Soon, farms across Europe sported similar cannons, each promising hail‑free harvests. Yet, when hail inevitably fell in those very fields, staunch believers blamed poor placement or operator error, insisting the cannon itself was still sound.
To settle the debate, the Italian government tested over two hundred of these machines across varied locales for two years. The test sites suffered heavy hailstorms, leading officials to declare the cannons a failure. Still, a handful of farmers cling to them, even today, swapping smoke for a fiery blend of oxygen and acetylene that supposedly disrupts hail formation. Though their efficacy remains dubious, their deafening roar certainly makes them a neighborhood nuisance.
9 Moisture Accelerator
The Moisture Accelerator was the brainchild of infamous rainmaker Charles Mallory Hatfield. He claimed a secret blend of twenty‑three chemicals, ignited in a towering furnace, could summon rain‑producing clouds. Hatfield’s big break came in December 1904 when a group of Los Angeles businessmen hired him for a thousand dollars, demanding eighteen inches (45 cm) of rain within five months. He delivered, earning instant fame and a flood of commissions, with fees soaring up to $4,000 per rainfall.
In December 1915, Hatfield set his sights on drought‑stricken San Diego, promising enough rain to overfill the Lower Otay reservoir in exchange for $10,000. He erected a 20‑foot (6 m) tower, set his mysterious mixture ablaze, and the city experienced light showers for weeks before a deluge began on January 15, 1916.
The downpour raged for five days, swelling the San Diego River beyond its banks, triggering landslides, and washing away homes, roads, rail lines, and telephone wires. Yet Hatfield, ever the opportunist, phoned the city and pledged even heavier rain. The storm obliged, swelling the reservoir until it burst, unleashing a 40‑foot (12 m) wall of water that surged through the town.
When the catastrophe—dubbed the “Hatfield Flood”—finally subsided, San Diego had endured nearly thirty inches (76 cm) of rain, widespread destruction, and fifty fatalities. Hatfield marched into town demanding payment, but the city, embroiled in lawsuits, offered only to pay if he accepted responsibility for the damage. He refused, walked away, and never received his payday.
8 The Storm King’s Massive Bush Fire
Before the nineteenth century, a common belief held that noise could coax rain from the skies. Church bells rang before storms, and observers noted rain falling after great battles, leading many to link thunderous sounds with precipitation.
James Pollard Espy, dubbed the “Storm King,” served as the United States’ first official weather forecaster. Espy argued that the heat released by weapons during battles could trigger rainfall, not the battles themselves. To test his theory, he petitioned Congress for a 600‑mile (966 km) swath of forest—from the Great Lakes down to the Gulf of Mexico—to be set ablaze, hoping the massive fire would summon rain.
Congress rejected his request, fearing uncontrolled wildfires and the political ramifications of a government that could allegedly command the weather. Thus, Espy’s grand experiment never ignited, leaving his hypothesis unproven.
7 The Battle of Dryhenceforth
Edward Powers shared Espy’s conviction that artillery could coax rain. Unlike Espy, Powers secured congressional funding in 1891, dispatching the self‑styled General R.G. Dyrenforth (who, in fact, was not a general) to Texas to orchestrate a sky‑ward barrage.
Dyrenforth arrived with a cargo of explosives, gunpowder, cannons, balloons, and kites. At the front of his makeshift “battle line” stood sixty mortars aimed skyward, surrounded by ground‑planted dynamite, with towering balloons and 10‑20‑foot kites ready to loft explosives into the clouds.
The spectacle quickly devolved into chaos. Reporters noted confused operators, mis‑fired bombs, and a series of minor mishaps—a shattered window here, a singed tree there. No rain fell, and disgruntled Texans mock‑named Dyrenforth “Dryhenceforth,” cementing the operation’s failure.
6 Cloudbusters
The cloudbuster was the brainchild of Austrian psychiatrist Wilhelm Reich, who claimed the device could create or destroy rain by manipulating the mysterious “Orgone Energy” that supposedly bound cloud particles together. While the scientific community remains skeptical, the machine did attract attention in 1953 when Maine farmers hired Reich to conjure rain, which fell the very next day.
Reich prescribed a strict operating protocol, warning that misuse could unleash floods, tornadoes, forest fires, or even harm the operator. He advised users never to flaunt the device, to wear insulated gloves, to avoid nearby electrical or radioactive equipment, and to position the apparatus in moving water that immersed all metal components.
Whether Reich’s cloudbuster truly harnessed any hidden energy remains a mystery, but the episode cemented its place in the annals of unconventional rain‑making attempts.
5 Operation Popeye
Operation Popeye was a covert cloud‑seeding campaign run by the United States during the Vietnam War. Launched in 1967, its goal was to drench North Vietnam and Laos with enough rain to swamp roads, thereby hampering the flow of supplies along the Ho Chi Minh Trail.
The mission remained a tightly held secret for several reasons, including the fear that other nations might blame the U.S. for adverse weather elsewhere. When the operation inevitably leaked, officials attempted to rebrand it as a humanitarian effort, but the cover collapsed, and the program was terminated in 1972.
Initial denials by Defense Secretary Melvin R. Laird gave way to later admissions that the operation had indeed increased rainfall by roughly 30 percent, slowing enemy movement. Despite the controversy, Popeye stands as one of the most documented examples of weather warfare.
4 The Fraudulent Rain King
Frank Melbourne, an Australian self‑styled “Rain King” or “Rain Wizard,” marketed a method strikingly similar to Hatfield’s. He claimed that burning a secret blend of chemicals produced clouds that would precipitate rain.
Melbourne’s routine involved sealing himself inside a house, railroad car, or barn, igniting his concoction, and allowing the smoke to escape through limited openings, supposedly directing it skyward. His brother capitalized on the venture by betting against skeptics who claimed Melbourne could not summon rain.
Eventually, the public caught on: Melbourne’s services often coincided with weather forecasts already predicting rain, exposing him as a charlatan. Once the deception was revealed, his business collapsed.
3 Rain Dance
Rain dances are elaborate ceremonial performances traditionally performed by Southwestern Native American tribes such as the Mojave, Pueblo, Navajo, and Hopi—cultures that have historically endured harsh, arid conditions.
Dancers don vibrant costumes laden with symbolic artifacts. Men often attach feathers to their masks to embody wind, while turquoise adorns garments to represent rain. The choreography separates male and female participants into parallel lines, maintaining a four‑foot distance, and relies on synchronized footwork—rather than drums—to create a resonant rhythm meant to appeal to the spirits.
These rituals continue to this day, reflecting a deep cultural connection to the land and an enduring hope that the steps and symbols will coax the heavens to open.
2 Rain Battles
Charles William Post, a cereal magnate, became another proponent of the artillery‑rain theory. He launched a series of self‑funded experiments dubbed the “rain battles,” beginning in 1910 in Garza County, Texas.
Post’s inaugural stunt involved sending a kite equipped with dynamite aloft, where it detonated as intended. Finding the method too hazardous, he shifted to arranging fourteen‑pound (6 kg) dynamite stacks on elevated terrain, detonating them at ten‑minute intervals. In one especially gaudy episode, he expended 24,000 pounds (11,000 kg) of dynamite, claiming the explosions sparked rainfall.
Post invested over $50,000 in these ventures, asserting that seven of his battles produced rain. Critics, however, noted that the experiments coincided with the rainy season, casting doubt on any causal link.
1 Rain Stones
Rain stones have featured in rain‑making rituals across continents—from Africa and North America to Britain, Japan, Australia, and ancient Rome—since at least the 1600s. Their purpose ranged from summoning showers to communicating with deities of precipitation.
In Australia, practitioners placed the stone upon a sand mound, dancing around it while chanting or singing incantations. In ancient Rome, the “lapis manalis” (literally “pouring stone”) resided in the Temple of Mars before being moved to the Temple of Jupiter whenever rain was needed. The stone often contained a hollow channel that allowed water to trickle over its surface, mimicking rainfall.
While the exact efficacy of these stones remains a mystery, their enduring presence in cultural folklore underscores humanity’s timeless fascination with coaxing the clouds.