In the spring of 1995, engineers at a small office park in Roy, Utah, watched something happen that none of them had ever seen before. Zip drives were selling out faster than the factory could build them. Boxes disappeared from store shelves within hours of delivery. Phone lines jammed with orders.

Back orders climbed into the hundreds of thousands. A storage device, the most unglamorous category in personal computing, had somehow become the hottest product in America. The drive cost $199. Each disc cost $20.

For that price, you got 100 megabytes of removable storage, in an era when a floppy disk held just 1. 44 megabytes. Within twelve months, the company would be worth nearly $7 billion on the stock market, more than Hershey Foods and more than twice the market capitalization of Apple. Within a decade, it would sell for $213 million and vanish from the New York Stock Exchange.

This is the story of Iomega. The company started as Databyte Corporation, founded on April 1, 1980, by David Bailey and David Norton, two engineers who had met at Utah State University. Norton held a PhD in mechanical engineering. Bailey had earned a master’s in electrical engineering.

A third founder, Jerome Paul Johnson, rounded out the team. Their backing came from a venture capital fund called Idanta Partners, controlled by the Bass family of Texas, and the total seed money was less than $5 million. The name Databyte lasted barely a month. By May 1980, the company had renamed itself Iomega Corporation.

Their ambition was straightforward on paper and brutal in practice: to solve a problem that had plagued personal computing since its birth. How do you move large amounts of data from one machine to another without bolting down a hard drive? This was 1980, a full year before the IBM PC would launch and set the industry standard. The Apple II was three years old.

The Commodore 64 was still two years away. Bailey and Norton were building for a market that did not yet know it needed what they were building, in a town that most of the technology world could not find on a map. For three years they burned through the Idanta money while searching for a design that could go to market. The principle they finally chose belonged to Daniel Bernoulli, the 18th-century Swiss mathematician who described how fast-moving air creates lower pressure.

Iomega’s engineers built a drive that spun a flexible disc at 1,500 revolutions per minute, using the Bernoulli effect to pull the disc toward the read-write head while keeping the two separated by a cushion of air barely a micron thick. In a conventional hard drive, a speck of dust between the head and the platter caused a head crash and total data loss. The Bernoulli disc could flex away from an obstruction, let it pass, and keep reading. The disc was removable, and the proximity of the head allowed more data to be packed onto the surface.

The device was called the Bernoulli Box, and it arrived in 1983. It offered 5, 10, or 20 megabytes of removable storage at a time when a contemporary hard drive might hold 30 megabytes and a 5. 25-inch floppy held barely more than one. The Bernoulli Box retailed at $2,700, and the cartridges, rigid cases the size of a sheet of paper housing 8-inch flexible discs, cost $79 each.

Iomega went public that year, raising $21. 7 million in an initial public offering and generating $7 million in sales. The following year the company posted its first annual profit: $2. 5 million on $51 million in revenue.

By 1986, Iomega had sold more than 70,000 drives and over a million cartridges. But the Bernoulli Box was never a consumer product. The price was prohibitive for home users, the cartridges were unwieldy, and the name intimidated people who did not remember their fluid dynamics. As hard drive prices fell through the mid-1980s, the economic case for expensive removable storage narrowed.

Sales peaked and then reversed. By the end of 1986, the company owed $8. 5 million in bank debt, its stock had fallen from $23 a share to $4, and in 1987 it racked up $39 million in losses during the first nine months alone. Sales collapsed by 30 percent to $89 million.

Manufacturing shut down for four months while management fought a cash-flow crisis. Six hundred employees lost their jobs. The company that had pioneered removable storage was on the edge of disappearing. The man brought in to save it was Kim Cucha, an early investor and turnaround specialist who became CEO in January 1987.

Cucha cut the workforce from 1,350 to 750 but refused to touch the research and development budget. The logic was survival through invention. If you are a technology company that stops inventing, you are no longer a technology company. By mid-1988, Iomega had earned $8 million over three quarters, cleared its bank debt entirely, banked $18 million in cash, and shipped a revamped Bernoulli Box.

Cucha stepped down in 1989. His replacement, Fred Winger, a 22-year veteran of Hewlett-Packard, attacked the manufacturing and design development processes. Under Winger, the turnaround time from the start of production to shipment dropped from 28 days to less than two. Design time for aerodynamics was cut by nearly 90 percent.

Design time for circuit boards was slashed by more than 80 percent. By 1990, annual sales had climbed back to $120 million. It did not last. Through the early 1990s, Iomega cycled through the same pattern of modest recovery and slow decline.

The Bernoulli Box remained trapped in a niche market. In 1993, the company lost $17 million. Winger departed. Iomega needed someone who understood not just engineering, but the one thing it had never seriously attempted: selling to ordinary people.

That someone was Kim B. Edwards, a former General Electric marketing executive who had spent 18 years at GE before running Gates Energy Products. Edwards arrived as CEO in January 1994. The first thing the company did to court him was send a Bernoulli Box to his home.

He pulled it out of the cardboard packaging, glanced at the instructions, and stuffed it in his closet. At his interview, he told the Iomega board the Bernoulli had no future. It was too expensive, too difficult to use, too big, too heavy. The board told him he did not understand the business.

They hired him anyway. Edwards later described what he found: an underutilized technology, an excellent reputation, an outstanding research and development group, but no conception of marketing and no contact with the customer. He sent employees on the road to talk directly to customers and heard the same answer everywhere. People wanted removable storage they could actually afford.

Edwards hired people who understood the retail trade, developed packaging that met retailer standards, and built a marketing strategy that would make data storage feel personal and accessible. The new slogan said it plainly: “Iomega helps people manage their computer stuff anywhere. ” The word “stuff” was deliberate. It was not a corporate word.

It was a human word, and it worked. What happened next was one of the fastest product developments in the history of the storage industry. Edwards tasked a small, tight engineering team to design a new drive from scratch, consumer-grade and low-cost. The team was led by George Kegeris, Iomega’s senior director of new product development, who ran the project like a skunk works operation, blocking outside distractions and enforcing brutal deadlines.

In the past, Kegeris later recalled, the company had a thousand ways to say it was past schedule. There could be no excuses this time. To understand how to make something cheap and durable, Kegeris’s team bought dozens of consumer CD players, tape decks, and tape rewinders from a local electronics store and tore them apart in late-evening sessions, studying the design choices that made those products affordable and rugged. The result was a set of principles: use a flip-top lid like a CD player to cut costs, and do not use dozens of tiny screws to hold it together.

The team’s first prototype was completed within 14 days. By June 1994, the company committed to a booth of fully functional prototypes at the Comdex trade show the following November. From initial concept to working demo: seven months flat. The drive was called the Zip.

At Comdex in November 1994, it was an instant sensation. One industry veteran who had spent 20 years in the storage business called it probably the most exciting product he had ever seen. The Zip drive stored 100 megabytes on a removable cartridge slightly larger than a 3. 5-inch floppy disc.

The disc was rugged, encased in a hard shell with a spring-loaded metal shutter, and it delivered transfer speeds that made the old floppy feel glacial. The drive retailed at $199. The discs cost $19. 95 each.

In a world where a 500-megabyte hard drive cost $500 and backing up a full drive to floppies meant feeding in more than 340 discs, the Zip was not a slight improvement. It was a different category of product entirely. When the drive went on general sale in March 1995, it sold out on the first day. Demand outstripped supply for months.

Apple, Dell, and Gateway began offering internal Zip drives as factory options. Graphic designers, the first power users to adopt the format, started handing Zip discs to clients and printers as casually as people once swapped floppies. Students carried them to university computer labs. Small businesses backed up their entire operations onto a stack of those blue discs.

At its peak, Iomega claimed a Zip drive was sold every five seconds somewhere in the world. Revenue in 1995 hit $362 million. In 1996, it more than tripled to $1. 2 billion.

By 1996, the company had sold over 12 million Zip drives. At its peak in May 1996, Iomega’s market capitalization approached $7 billion. The stock had risen more than 2,000 percent in a single year. Its valuation exceeded the entire state budget of Utah.

But the stock mania was in critical ways a separate story from the company itself. Iomega became one of the most heavily traded and most heavily shorted stocks on the NASDAQ, driven not by institutional analysts but by individual traders gathering on early internet message boards, particularly the Motley Fool forums on America Online. Thousands of amateur investors swapped tips, hyped the stock, and attacked any journalist or analyst who expressed caution. Between December 1995 and May 1996, the stock surged 22-fold.

Then, after peaking above $55 a share on May 23, the bubble burst. Within three months, the stock had fallen to around $12. Iomega was among the first and most dramatic demonstrations of what internet-fueled buying enthusiasm could do to a stock price, and what happened when the enthusiasm stopped. While the stock swung, Edwards pushed the product line forward.

The Jaz drive, offering 1 gigabyte of removable storage, began shipping in late 1995, aimed at professionals in video editing and pre-press. But the Jaz was expensive, less reliable, and never achieved the mass-market penetration that made the Zip a household name. By the end of 1997, total sales had reached $1. 7 billion, and Iomega employed roughly 2,000 people in Utah.

But beneath the revenue numbers, two cracks had formed that no amount of marketing could repair. One was mechanical, the other technological. Together, they would kill the company. The mechanical crack was the sound that would haunt Iomega for the rest of its existence.

Users began reporting a rhythmic clicking noise from their Zip drives. The clicking signaled misaligned read-write heads, a defect that rendered the drive unable to read or write data. Worse, a damaged drive could corrupt any disc inserted into it, and that corrupted disc could then damage the next drive it entered. The failure cascaded from machine to machine like a contagion.

Users gave it a name: the Click of Death. Iomega downplayed the problem, stating that the issue affected fewer than half of one percent of all users. But in September 1998, a class action lawsuit was filed in Delaware. The settlement reached in 2001 covered an estimated 28 million Zip drive buyers.

For a company whose entire promise was the safe storage of personal data, the Click of Death was existential. The technological crack was larger and beyond any single company’s control. CD-R drives, expensive curiosities in the mid-1990s, dropped sharply in price by 1998. A blank CD-R held 650 megabytes, more than six times the capacity of a Zip disc, and cost less than a dollar.

CD-RW drives followed, offering rewritability. Then came the USB flash drive, the thumb-size stick with no moving parts, no spinning media, no risk of a Click of Death. Flash storage started expensive, but prices fell relentlessly and capacities climbed past the Zip within a few years. The Zip’s 100 megabytes, miraculous in 1995, looked quaint by 2002.

In March 1998, Kim Edwards abruptly resigned. During his four years, he had driven sales from $141 million to $1. 7 billion, but the company was projecting first-quarter losses of $10 to $25 million. After Edwards, the company tried to diversify and failed each time.

In 1999, Iomega launched the Click Drive, a tiny removable storage system with 40-megabyte discs. The name was catastrophic. Iomega renamed it PocketZip in 2000, but no rebranding could overcome the association or the reality that flash memory cards were smaller, tougher, and dropping in price every quarter. The HipZip portable music player launched in 2001, just as the Apple iPod was about to redefine the category entirely.

Nothing gained traction. The stock fell below $2 by the end of 2000. In 2001, the headquarters moved from Roy to San Diego. In April 2008, EMC Corporation acquired Iomega for approximately $213 million total.

A company once valued at nearly $7 billion sold for roughly three percent of its peak market capitalization. In 2011, Lenovo acquired a stake, and the product line was rebranded Lenovo EMC. By 2018, the brand was discontinued entirely. Over its lifetime, Iomega sold more than 410 million drives and discs.

Many of those discs still sit in desk drawers and boxes in closets today, unreadable without a drive that is itself now a collector’s piece. People post online looking for working Zip drives, not for nostalgia, but because the only copy of their wedding photos from 1997 or their college thesis from 1999 is locked on a blue disc they have not been able to read in 20 years. Iomega did not fail because the Zip drive was a bad product. The Zip was a brilliant product, conceived in months, designed by a small team, priced for ordinary people, filling a need so real that millions of customers bought it on the first day it appeared.

Iomega failed because it built a business on spinning magnetic media at the exact moment the world was about to stop spinning anything. The CD-R was cheaper. The flash drive was smaller, tougher, and had no moving parts. And when the drives that were supposed to safeguard your files started clicking and destroying your data, the last reason to stay loyal vanished with the sound.

The Zip drive did not miss the future. The Zip drive was the bridge to it.