205 East Sixth Street
Our mission is to become a dominant factor in the niche markets we serve by meeting world class standards of quality, cost and service. In doing so, we will produce above-average profits for our shareholders, which will be shared by our employees. We will attract and retain quality employees and give them the motivation and support to succeed and grow with the company.
Raven Industries, Inc. is a diversified manufacturer of plastic, electronic, and special apparel products, which its sells to niche markets. Founded to make commercial and recreational balloons in 1956, the company quickly used its expertise in this area to produce an assortment of other products, ranging from massive plastic storage containers for use in agriculture and industry to ski pants. Its most profitable and steadily performing unit is its plastics division, which manufacturers polyethylene sheeting, high altitude balloons, and giant storage tanks. Raven's sewn products division makes outerwear (especially active sportswear), hot air balloons, and parade inflatables. Raven's third unit, its electronics division, constructs control systems--such as ultrasonic soil-depth control devices and sprayer controls--for agricultural and industrial customers. These high-tech devices regulate such precise tasks as determining how deeply seeds are planted in soil and how much fertilizer is applied to crops. Long a major supplier to defense contractors, Raven has been forced to adjust to leaner military budgets. Beginning in the mid-1990s, Raven has eliminated noncore operations and has striven to gain dominance in its niche markets. Raven operates several successful companies as subsidiaries, including Aerostar and Automatic Coil.
The Early Years
Raven Industries was launched in 1956 by a group of General Mills Inc. (GM) employees. Much of the impetus for founding Raven came from Ed Yost, a maverick thinker at GM's High Altitude Research Division. GM had received a contract from the U.S. Navy in the early 1950s to explore the new balloon technologies for defense and scientific purposes, and Yost took charge of the project. (While gas balloons were used sporadically at this time, they were expensive and could carry little weight.) In 1955 Yost successfully flew a tethered hot air balloon, much to the Navy's pleasure.
After receiving a $47,000 grant from the Office of Naval Research in 1956, Yost founded Raven Industries to design, build, and launch hot air balloons. Yost and his investors opted to locate the company in Sioux Falls, South Dakota, because of the favorable wind conditions there--with relatively balanced spring and fall winds, balloons tended to ascend and descend straight up and down there, which made retrieving and tracking them an easier task. In addition to earning Yost the moniker 'father of hot air ballooning,' Raven quickly won other classified contracts from the Navy.
Almost from its inception, Raven expanded beyond making balloons, applying the technologies it had mastered in that endeavor to new ventures. David Christensen, who joined the company in 1962, explained to Barron's how the seemingly disjointed directions in which Raven's early growth took the company were actually logical: 'The balloons were largely made of plastic, so the company got into plastics. It learned about electronics for the research instruments carried up in the air, so we [branched] into electronics. And then, when the balloon flight was over and the recordings had been made, the data ... had to be recovered by parachute. So the company got into sewn goods.' To be sure that the company did not drift too far from its original mission, Yost formed Aerostar in 1960. That subdivision was devoted solely to producing balloons.
Even with all of its diversification, Raven continued to rely heavily on government contracts. During the late 1960s, for example, the company won a massive five-year $74 million contract to produce electronic equipment--especially radios and modules--for the armed forces. This arrangement accounted for a significant portion of the company's revenues during that period. In 1972 Christensen ascended to the positions of president and chief executive officer and guided the company as it continued to seek out new markets.
The Early 1980s
By 1983, Raven's sales had risen to $31 million. Although the United States was then mired in a recession, Raven's diversification protected it from the most turbulent vicissitudes of the period. The economic downturn certainly damaged the company's business of producing large plastic containers for agriculture and industry ('People aren't investing yet in large capital improvements,' Christensen told the Dow Jones News Service on August 20, 1982, by way of explanation), but Raven's innovative ballutes--a fabric material that was a cross between a balloon and a parachute--was in heavy demand from the military. (Ballutes could be used to drop ammunition from aircraft.) Raven also continued to develop electronic technology. By building on the control devices it had devised for balloons, Raven was able to launch several successful products that controlled various aspects of farms and feedmills. In 1983, for instance, the company released a system that controlled the manufacture of feed pellets for cattle.
Nonetheless, government contracts remained essential to Raven's viability. In 1984 alone, defense orders accounted for more than 20 percent of the company's total sales. 'The question we have to debate internally is how much defense business do we want in relation to our total business,' Christensen explained to the Dow Jones News Service on November 25, 1983. This was particularly true because military procurement was not the only potential venue for Raven's diverse products. As the dominant paradigm of American agriculture shifted from small family farms to 'agribusinesses' that operated on vast scales, Raven found new customers for its productivity-enhancing electronic control systems. For instance, the company's computerized monitoring system for the application of herbicide to fields sold quite briskly in 1985. Another key product in this sector was Raven's grain loss monitor, an electronic device used with combines to measure the amount of grain wasted in planting. To bolster its position in this industry, Raven acquired Beta 11 Inc. in 1984. This St. Louis, Missouri-based producer of electronic feed mill control systems had annual sales exceeding $2 million.
The company clearly recognized that opening up new markets would remain crucial to its continued success (as Christensen would explain later to Barron's, the company's aim during this period was to forge a 'diverse, recession-resistant structure'). To this end, Raven acquired Glasstite, Inc. of Dunnell, Minnesota, in April 1986. This privately held company manufactured fiberglass truck tops, and the purchase afforded Raven entrance to the automotive market. Raven solidified its place in that sector in 1987, when it acquired Astoria Fibra-Steel, a utility truck body business. The company continued to develop its original product lines as well. In 1987 Raven's Aerostar was chosen to produce custom-made inflatables for Macy's annual Thanksgiving Day Parade. Moreover, Aerostar did a brisk business supplying hot air balloons to the growing recreational ballooning market.
Even with all of the changes the company underwent during the 1980s, Raven adhered to its long-standing organizational structure. Because its operations were so far-flung, the company gave the directors of each division a great deal of autonomy. Raven termed this system 'intrapreneurialism' and allowed each division head to maintain his or her own sales, production, and engineering staffs. 'They're almost independent entities,' a company executive told the Journal of Business Strategy. 'The idea is that the division manager knows the business best so, to some extent, let him or her run it.' Raven did provide a managerial umbrella over the divisions, though, overseeing credit, accounting, data processing, and most personnel functions.
The Early 1990s
Tensions in the Persian Gulf and the United States' involvement in the Gulf War were a boon to Raven's short-term sales. After the Air Force awarded Raven a $6 million contract to produce electronic temperature control devices for the C-130 cargo transplant planes in 1989, the company won a $22 million contract from the Army in 1991 to manufacture 250,000 suits designed to protect American soldiers from possible chemical and biological warfare attacks in Iraq. Not surprisingly, sales for fiscal year 1992 (which ended January 31, 1992) rose dramatically&mdashø $100.6 million, up from $85.5 million in 1991. In fact, the company was named one of America's fastest-growing companies by Financial World in 1991. Moreover, immediately after the Gulf War, Raven received orders from different military departments to restock electronic equipment that had been depleted during the campaign. Despite the revenue garnered by defense orders, though, Christensen would later rue the large contracts. 'In some ways, working with the military can spoil you, in that a large contract can lull you to sleep,' he noted to the Journal of Business Strategy.
Christensen's concerns were triggered by the rapid decrease in defense spending that occurred in the aftermath of the Gulf War. With the Cold War over and no significant threats on the horizon, the military's budget was severely curtailed. But despite the fact that 30 percent of its total sales in fiscal year 1991 were connected to defense contracts, Raven remained optimistic. With six years of record sales behind it by 1993, the company set itself the goal of becoming a $200 million company by 2000. Christensen confidently told Barron's that Raven could make up for losses in defense work with orders for the company's automotive products, automation controls, precision farming devices, and outerwear. In fact, the company recently had formed an alliance with major catalogue retailers Lands End and L.L. Bean to produce Gor-Tex parkas and sportswear.
Raven continued to try to reduce its dependence on government contracts throughout the mid-1990s. To strengthen its position in the nondefense-related electronics market (in 1992, for example, the military was the end customer for more than 90 percent of the electronics division's sales), Raven acquired Automatic Coil Corp. from Designatronics in 1993 and A.J. Electronics Inc. from DDL Electronics in January 1995. The company focused on expanding other aspects of its operations as well. Also in 1995, Raven bought several assets of Winzen International that were related to high-altitude balloon manufacturing. Moreover, in January 1996, Raven acquired a full line of ultrasonic sensor controls from K. Eldredge Electronics of Australia. Intended to strengthen Raven's position in the precision farming sector, the Eldredge purchase added to Raven's product line devices, which included a sensor control that automatically regulated operating depths on air seeders and planters and an ultrasonic head height control system for combines.
It seemed initially that Raven would be able to recover quickly from the loss of defense-related revenue. Sales for fiscal year 1994 rose to $121.5 million from $111.2 million in fiscal year 1993. Raven's sales flattened in fiscal year 1995, however, reaching only $121.7 million, and dropped for the first time in more than a decade in 1996, to $120.4 million. Equally disturbing was the company's diminishing profits. Net income reached an all-time high of $7 million in fiscal year 1994, but dropped nearly 13 percent&mdashø $6.1 million--in fiscal year 1995 and recovered only marginally--back to $6.2 million--in 1996.
Refocusing in the Late 1990s
Raven resolved to overcome these difficulties. In February 1997, the company made an important acquisition when it added Norcore Plastics, Inc. to its plastics division. Based in Tacoma, Washington, Norcore was a leader in the manufacture of large industrial storage tanks. Norcore had benefited in particular from its application of 'dual laminate' technology, which produced tanks capable of handling high-purity chemicals and liquids (of special use to the semiconductor manufacturing industry). This $3 million acquisition not only complemented Raven's existing storage tank operations, but also provided the company with a West Coast manufacturing location.
Through moves such as this one, and buoyed by the soaring U.S. economy, Raven was able to recapture its earlier momentum by the late 1990s. In fiscal year 1997, the company earned a net profit of $7.7 million on sales of $139.4 million. Sales rose to $149.6 million in fiscal 1998, and again to $152.8 million the following year. The company's continued success, however, was called into question by the underperformance of certain of its divisions, which threatened to weight down the entire company.
At the close of the decade, Christensen declared in a press release that Raven would 'refocus' on core operations through a restructuring in which it intendeded 'to redeploy or dispose of non-core assets.' At the time of the announcement, the company had already shed its Astoria unit and, in October 1999, made the decision to sell its automotive business's flagship enterprise--Glasstite--for $8.5 million. Although Glasstite had returned to profitability in 1998 after two years of losses, analysts had long accused Raven of overextending itself in the automotive sector. Of special concern was the company's investment of $1.5 million to build a new 50,000-square-foot manufacturing plant for Glasstite--an outlay that Raven had not been able to recoup.
By exiting the automotive market, Raven demonstrated its commitment to concentrating on sportswear, agriculture, and plastics. Raven also would continue to compete in its original niche--ballooning. Aerostar had launched a major international marketing campaign in June 1998, seeking to boost orders for its custom-made inflatable balloons. In 1999, the company received a contract from NASA to produce a unique high-atmosphere balloon. 'I'm confident you'll see this company back on a growth track,' Christensen told the Associated Press.
Principal Divisions: Automatic Coil; Electronics Systems Division; Engineered Films Division; Flow Controls Division.
Principal Competitors: O'Sullivan Corporation; Top Air Manufacturing, Inc.