The Kit Wars: Airfix, Revell, and the Battle for the Bedroom Floor

• Introduction
• Chapter 1 From Celluloid to Polystyrene: The Dawn of Plastic Injection
• Chapter 2 Nicholas Kove and the Birth of Airfix
• Chapter 3 Lewis Glaser and the American Dream of Revell
• Chapter 4 The Pocket-Money Revolution: Post-War Toy Culture
• Chapter 5 The Ferguson Tractor: Airfix Finds Its Blueprint
• Chapter 6 1/72 Scale and the Woolworths Counter Phenomenon
• Chapter 7 American Muscle: Revell and the Custom Car Craze
• Chapter 8 Canvas and Fire: Roy Cross and the Art of the Box
• Chapter 9 The Spitfire Standard: World War II Nostalgia in the Living Room
• Chapter 10 Sprues, Cement, and Decals: The Sensory World of the Young Kit-Builder
• Chapter 11 Jet Age Fevers: Cold War Fighters on the Bedroom Ceiling
• Chapter 12 Crossing the Atlantic: Revell Hits British Shores
• Chapter 13 The War at Sea: Battleships, Submarines, and Carpet Fleets
• Chapter 14 Exploded Diagrams: The Genius of Instruction Sheets
• Chapter 15 Marketing to the Modern Boy: Model Magazine Rivalries
• Chapter 16 Space Race Polystyrene: Apollo, Rockets, and Sci-Fi Dreams
• Chapter 17 The Scale Wars: Navigating 1/72, 1/48, and 1/32
• Chapter 18 Tiny Armies: Airfix Figures and Diorama Culture
• Chapter 19 License to Thrill: Movie Tie-Ins and TV Franchises
• Chapter 20 Humbrol vs. Pactra: The Battle for the Painting Desk
• Chapter 21 The Peak of the Craze: 1968 and the Plastic Boom
• Chapter 22 Cracks in the Mold: Rising Oil Costs and Changing Tastes
• Chapter 23 Corporate Shake-Ups and Changing Ownership
• Chapter 24 The Collectors: From Pocket Toys to High-Value Antiques
• Chapter 25 The Final Sprue: The Lasting Legacy of the 1960s Model Wars

On rainy Saturday afternoons across Britain and North America in the 1960s, a quiet revolution took place on the patterned carpets of suburban bedrooms. Armed with tube cement, razor blades, and small tinlets of enamel paint, millions of young boys engaged in a delicate, obsessive ritual. They snapped grey and olive-drab plastic parts from molded frames, meticulously applied sliding water decals, and suspended completed Spitfires, Messerschmitts, and Pontiac Firebirds from their ceilings with mother’s sewing thread. This was not merely a passing childhood fad; it was the golden age of plastic modeling, a cultural and industrial phenomenon that captured the post-war imagination and transformed the toy industry on both sides of the Atlantic.

At the heart of this craze was a fierce, high-stakes commercial duel between two titanic brands: Britain’s Airfix and America’s Revell. Though separated by an ocean, these two companies engaged in a relentless war for the pocket money of a generation. Airfix, born from the entrepreneurial grit of Hungarian immigrant Nicholas Kove, conquered the United Kingdom by turning the humble Woolworths counter into an altar of affordable polystyrene. Across the pond, Lewis Glaser’s Revell tapped into the booming optimism of modern America, channeling the era's obsession with custom hot rods, Hollywood tie-ins, and the high-octane drama of the Cold War. When Revell landed on British shores, the battle lines were drawn, igniting an arms race of scale accuracy, dramatic box art, and engineering innovation.

This book tells the story of that vibrant corporate and cultural clash. It is a narrative that spans the transition from early celluloid novelties to precision injection molding, tracing how a simple plastic Ferguson tractor paved the way for expansive carpet fleets and dogfight dioramas. The Kit Wars explores the visionary leaders who risked everything on unproven molds, the brilliant illustrators like Roy Cross whose dynamic box cover paintings promised boundless adventure, and the clever marketers who turned instruction sheets and hobby magazines into gospel for a generation of young builders.

Yet, the story of Airfix and Revell is also a deeply sensory history of post-war youth culture. To build a plastic kit in the 1960s was to participate in a tactile masterclass. The pungent aroma of polystyrene cement, the sticky residue of decal solvent, the glossy sheen of Humbrol and Pactra paints, and the frustration of a misplaced landing gear strut were universal rites of passage. These tiny plastic parts offered children a tangible way to process the historical trauma of World War II, marvel at the contemporary tensions of the Jet Age, and look forward to the futuristic promises of the Space Race.

Within these pages, readers will rediscover an era when patience, dexterity, and imagination ruled the playroom floor. Beyond nostalgia, this book provides a rich, analytical look at how economics, industrial design, and geopolitical rivalries converged in a box of plastic parts. Whether you were a seasoned builder who spent hours painstakingly painting Luftwaffe camouflage or a casual collector who simply loved the thrill of cracking open a fresh kit, The Kit Wars reveals how two rival companies engineered a global passion—and left an indelible mark on the landscape of modern play.

Long before the living room rugs of suburban homes became staging grounds for miniature aerial duels, the world of scale modeling was a messy, unforgiving realm dominated by wood, metal, and paper. In the early decades of the twentieth century, building a model airplane or motorcar was less of a casual weekend pastime and more of an exacting test of manual craftsmanship. The aspiring modeler had to be part carpenter, part machinist, and remarkably patient. Solid balsa wood blocks had to be painstakingly carved, rasped, and sanded down to match printed paper templates. Tissue paper was stretched taut over fragile wooden rib frames and soaked in volatile cellulose dope, filling bedrooms with fumes that could cause lightheadedness long before the adhesive was dry. Cast lead and tin fittings were heavy, crude, and notoriously difficult to join seamlessly to wooden fuselages. If a boy wanted a miniature aircraft on his desk, he essentially had to build it from scratch, accepting every gouge, warp, and asymmetrical flaw inherent to hand-worked natural materials.

While these wooden kits catered to dedicated artisans and adult hobbyists, they were far too complex, fragile, and expensive for the vast mass market of children who craved quick, affordable gratification. What the toy industry desperately needed was a material that could be formed with absolute consistency, reproduced by the tens of thousands from a single master, and sold for small change. The solution would not emerge overnight, nor would it come from the traditional workshops of traditional European wood-carvers. Instead, it would arise from the rapid, chaotic development of synthetic chemistry and modern industrial machinery during the late nineteenth and early twentieth centuries.

The long, winding road toward the modern plastic model kit began with celluloid. Developed in the 1860s by figures like Alexander Parkes and John Wesley Hyatt, celluloid was created by treating cellulose with nitric acid and camphor. It was revolutionary—a moldable, semi-synthetic material that could mimic expensive, natural substances like ivory, tortoiseshell, and horn. Toy manufacturers quickly recognized its potential. Lightweight, shiny, and capable of being pressed into thin hollow shells, celluloid produced bright, attractive novelties. Yet, celluloid possessed a terrifying flaw: it was wildly flammable. Made from nitrocellulose—a compound chemically adjacent to gun cotton—celluloid toys had a habit of igniting with shocking speed if left too close to an open flame, a hot stove, or even a bright lightbulb. For a toy industry catering to young children in homes warmed by coal fires and gas lamps, celluloid was a dangerous compromise.

As the chemical industry matured in the early 1900s, researchers sought stable, fully synthetic alternatives. The Belgian-born American chemist Leo Baekeland achieved the grand breakthrough in 1907 with the invention of Bakelite. Formed by reacting phenol with formaldehyde under heat and immense pressure, Bakelite was the world's first true thermosetting plastic. Once molded, it would not melt, warp, or catch fire easily. Bakelite quickly found its way into radio cabinets, telephone casings, electrical insulators, and an array of durable household goods. It even found some use in heavy-duty toys and novelties. However, Bakelite was far from ideal for delicate scale modeling. It was dark, dense, brittle, and notoriously difficult to color brightly, usually restricted to shades of dark brown, black, or mottled maroon. Furthermore, thermosetting plastics worked through a irreversible chemical reaction: once cured in the mold, they could never be remelted or reshaped. Producing razor-sharp propeller blades, delicate wing struts, or intricate engine blocks remained an elusive dream.

The true tipping point for the hobby world lay in the development of thermoplastic polymers, materials that softened when heated and hardened when cooled, repeating the cycle endlessly without chemical degradation. Among these new synthetics, one material stood out as the undisputed king of precision manufacturing: polystyrene. First isolated in the nineteenth century, polystyrene remained a laboratory curiosity until chemical giants like BASF in Germany and the Dow Chemical Company in the United States mastered its commercial synthesis in the 1930s. Polystyrene was nothing short of a miracle substance for toy engineers. It was exceptionally lightweight, chemically stable, completely safe to handle, and naturally transparent, meaning it could be dyed into virtually any color imaginable—from olive drab and midnight blue to silver and fluorescent red.

Crucially, polystyrene possessed physical characteristics that made it tailor-made for high-definition replication. When melted into a liquid state, it flowed with remarkable fluidity, capable of creeping into the tightest corners and narrowest crevices of a steel cavity before solidifying into a rigid, highly stable shape. Unlike wood, it did not absorb humidity or warp with seasonal changes. Unlike metal, it did not require high-energy smelting temperatures that rapidly eroded tooling equipment. And unlike its early synthetic ancestors, it could be joined seamlessly using simple, solvent-based adhesives that chemically welded two pieces of plastic into a single, continuous bond.

Yet, a revolutionary material is useless without the machine required to process it. The second piece of the puzzle was the invention and refinement of the modern injection molding press. In the late nineteenth century, early primitive molding devices used simple hand plungers to force soft materials into basic dies. But during the 1920s and 1930s, German engineers developed automated, high-pressure injection machinery that could melt plastic granules inside a heated barrel and force the molten mass under tremendous hydraulic pressure into tightly clamped steel molds.

When applied to polystyrene, injection molding transformed manufacturing economics. A toolmaker could spend months meticulously cutting, grinding, and polishing a double-sided steel mold block—an immense upfront investment of skilled labor and capital. But once that hard tool was locked into the hydraulically powered jaws of an injection molding machine, the cost per unit collapsed to almost nothing. The machine operator simply fed raw, inexpensive polystyrene pellets into a hopper, set the temperature and pressure dials, and watched as the automated press clamped shut, injected the liquid plastic, cooled it within seconds via internal water channels, and popped open to drop a complete, perfectly uniform component into a collection bin. Cycle times were measured in seconds rather than hours.

World War II dramatically accelerated these technological advancements. Synthetic materials and advanced manufacturing techniques were pushed to their absolute limits as Western industrial powers scrambled to conserve precious rubber, aluminum, and copper for the battlefront. Injection molding equipment grew larger, more precise, and far more reliable under the relentless pressure of wartime procurement. At the same time, millions of workers gained hands-on experience with industrial machinery, toolmaking, and plastic synthesis. War production proved beyond a shadow of a doubt that synthetic polymers could yield components of incredible precision and durability.

When the war finally drew to a close in 1945, the global manufacturing landscape found itself transformed. Giant chemical plants were pumping out thousands of tons of polystyrene, and factory floors were packed with high-capacity injection molding presses. Yet, military contracts evaporated overnight. Industrialists across Europe and North America faced a sudden, existential crisis: what were they going to do with all these machines, all this synthetic resin, and all this wartime production capacity?

The answer lay in the domestic market, where a war-weary public was desperate for affordable consumer goods, housewares, and toys to brighten the post-war peace. The infrastructure for the plastic age was fully assembled and waiting for visionary pioneers to recognize its true potential. It only required a few imaginative entrepreneurs to look at a block of steel, a hopper of polystyrene pellets, and a high-pressure hydraulic press, and realize that they possessed the power to recreate the physical world in miniature. The era of hand-carved balsa wood was drawing to a close; the age of the injection-molded polystyrene kit had arrived.