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To the best of our knowledge, Glenn Hammond Curtiss never built a complete automobile in his life. So what's his biography doing in this space? We put it here because Curtiss was an American mechanical genius, a speed record holder of enormous repute, one of the United States' great trailblazers in early aviation, and he indirectly helped to invent motorized tourism in the great American land of sun and sand. Plus, the engines he designed and built ended up under the hoods of some wildly powerful but slightly nutty cars. Their existence qualifies Curtiss as one of the very first American hot rodders, a distinction that's not so out of joint with his status as a legend of flight.
Curtiss was born in Hammondsport, in the Finger Lakes region of New York, in 1878. By the time he reached his mid-teens, America was mesmerized by bicycling, not unlike today's reality about personal computers: Everybody, or so it seemed, had one. Bicycle racing was the NASCAR of its day and the young Curtiss was gripped powerfully by the sport. He remained a champion racer for years, and quickly branched out into designing and building bicycles of his own. From those early years, his expressed personal mission was to become the fastest man alive. Though originally employed as a camera assembler at Eastman Kodak in Rochester, New York, Curtiss would soon be on his own, and by 1902, he had a bicycle shop with three employees. That was the year after he was stunned by seeing a Thomas Auto-Bi motorcycle at the Pan-American Exposition in Buffalo, and in 1902, he was ready to attempt a motorcycle of his own, building his engine from raw Thomas block castings that he bought through ads in Scientific American magazine, and from a crude carburetor he cobbled from a discarded tomato can stuffed with steel wool.
Perhaps predictably, it didn't work very well. That same year, he founded the G.H. Curtiss Manufacturing Company and began to design and fabricate his own motorcycles under the brand name Hercules, using an in-house engine of his own design, a V-twin. The engine's development continued, and by 1906, Curtiss had managed to create a beastly two-wheeler with V-8 power, essentially by hooking four V-twins together in front-to-rear alignment. In January 1907, he throttled the monster along the cement-like sands of Ormond Beach, Florida, at 136.36 mph. From that moment, Curtiss became publicly lionized as the world's fastest man. His speed mark wasn't eclipsed by a car until 1911, by the great early racer Bob Burman driving the Blitzen Benz, and not by another motorcycle until 1930. But long before both of those record runs, aircraft had quickly captured Curtiss' fancy, a fascination that followed the Wright Brothers' historic flights of 1903.
His involvement in the new field of aviation forms the core of Curtiss' fame and legend today, and indirectly transferred to the automobile. While the Wrights were his longtime rivals, they made an early, critical mistake in that they conducted their first flights in secrecy, an arguable lapse in judgment that denied them their legitimate recognition for many years. In 1908, the A.E.A. plane dubbed Red Wing made the first public flight of a powered, pilot-controlled vehicle in U.S. history, with a flyboy named Casey Baldwin at the stick. The swiftly self-taught Curtiss got the call to fly its successor, the White Wing, covering a distance of 1,017 feet in horizontal flight. Using his newfound knowledge, Curtiss built an airplane of his own called the June Bug, and on July 4, 1908, flew it across Pleasant Valley in Hammondsport, covering a distance of nearly a mile, thereby winning a trophy from Scientific American in the first pre-announced, publicly conducted and officially recognized flight in American history.
Curtiss' subsequent career as both a competitive flyer and aeronautical engineer would make his name and reputation a household topic of discussion, and would make him forever famous. Founding the Curtiss Aeroplane Company in Buffalo in 1911, he would produce some 7,000 of the JN-4D "Jenny" trainers during World War II, and more than 15,000 aero engines. One of them was the OX-5, the first mass-produced aircraft engine in the United States. The water-cooled OHV V-8 produced 90hp from 503 cubic inches. While production lasted well beyond World War I, surplus OX-5s were seemingly everywhere after the armistice, available for a mere $50 and up. A racer named Ben Gregory was apparently the first to build a car powered by the huge OX-5. Glenn Curtiss then joined up with a small New York City firm, Prado, which built about 10 luxury cars powered by OX-5s. Another producer, Dallas-based Wharton, built at least one car with an OX-5 engine.
For a while, at least, Curtiss thought about building cars himself and, at his Long Island plant, OX-5s were transplanted into an engineer's 1910 Winton roadster and into a company-owned Marmon. Curtiss asked the designer Miles Harold Carpenter, who had been building the Phianna luxury car with OX-5 power in Queens, New York, to organize a new Curtiss Motor Car Company, but the recession of 1921 left it stillborn. By then, Curtiss had left manufacturing entirely, settling in Florida and developing the communities of Hialeah, Miami Springs and Opa-Locka in Dade County. He died July 23, 1930, aged 52, when a blood clot lodged in a coronary artery as he was undergoing surgery for appendicitis in Buffalo.
Recent
SEMA
Advocacy from small businesses across the country representing the specialty automotive aftermarket is paying off. According to a recent press release shared by SEMA, the U.S. Environmental Protection Agency (EPA) is delaying its most aggressive tailpipe emissions-reduction requirements from model year 2027 to model year 2030. Average tailpipe emissions for light-duty vehicles have also increased to 85 grams per mile from the initial rule of 82 grams per mile for model year 2032.
The EPA’s original rule proposal to mandate the production and sale of electric vehicles was announced last April. SEMA and the public immediately took action, sending over 7,500 letters to the EPA in opposition. The EPA responded by offering a more realistic corporate average fuel economy goal. A handful of alternative proposals were presented and the most lenient rule, the third option shown in the below chart provided in SEMA’s press release, was adopted.
SEMA also provided more in-depth details, writing, “While the agency's final rulemaking provides automakers with additional time to ramp up production of zero-emissions vehicles (ZEVs), currently, only electric vehicles (EVs) and five plug-in hybrid electric vehicles (PHEV) meet the easier 85 grams/mile standard. It is estimated that 67% of new vehicles sold would have to be EVs by 2032 to meet this standard. Automakers could also comply with the final rule if EVs account for 56% of new vehicle sales and PHEVs comprise 13% of model-year '32 sales. SEMA opposes the EPA's final standards for the model-year '27 to '32 light- and medium-duty vehicles, which ultimately still force automakers to sell EVs and PHEVs to comply with this rulemaking and further limits internal combustion engine (ICE) technology options.”
In response to the EPA’s final ruling, SEMA President and CEO, Mike Spagnola said, “The EPA has taken a small step in the right direction by providing automakers and specialty aftermarket businesses additional time to develop innovative solutions to reduce emissions. While I am proud of our industry’s role in helping to delay the EPA’s most aggressive EV mandates, there is still much work to do to get government regulators to embrace technology-neutral solutions that will reduce emissions while limiting adverse impacts on small businesses and consumer choice.”
By mentioning customer choice, Spagnola is referring to the many other options that could meet zero-emissions goals, such as American-grown biofuels, carbon capture, and further fuel and engine innovations. The EPA’s updated proposal still refers to electrification as the only solution.
"SEMA has long advocated that government mandates, including those designed to support the sale of EVs and eliminate the sale of ICE vehicles, are the wrong approach to reducing motor-vehicle emissions. The federal government and states should take an 'all of the above' approach to vehicle technology, incentivize innovation and allow the market to determine the best ways to reach improved emissions goals," Spagnola added.
The final rule as it stands, according to SEMA, “will reduce consumer choice and increase the costs of purchasing new vehicles. It will also disrupt the used-car market as used ICE engine vehicle inventory will begin to decline, thus increasing prices and making it less affordable for those who need the used-vehicle market for its typical affordability and accessibility.”
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Photo: Bryan McCarthy
RADwood and its entourage of awesome returned to the first fairway of the Golf Club of Amelia Island to time warp attendees back to the decades of parachute pants and pop-up headlights. Now in its third year as a Saturday event during The Amelia, participant cars nearly doubled over last year as the show field expanded its territory to where Lemons once occupied. All in, over 250 cars, trucks and motorcycles took their spot, with enthusiastic owners dressing the part to restoke the flames of the 80s and 90s.
The cars arrived early and were funneled in through one entrance, allowing anyone to pull up an aluminum webbed lawn chair and get a front row seat for the raddest parade in Fernandina Beach.
What could one expect to see this time around? First off, the 1998 24 Hours of Le Mans-winning Porsche 911 GT1 was top of the literal hill, still wearing its winter rubber following an ice racing stint in Colorado. A corral of Buick Reattas and Rivieras and a sole 1988 Oldsmobile Toronado were tucked between a pair of Callaway Corvettes, Ferrari 308 GTSs and a Gemballa E30 BMW.
The field ran the spectrum from a homebuilt Chevrolet mini truck, to an assortment of JDM gems. Besides the Porsche GT1, there was Michele Mouton’s 1985 Audi Sport Quattro S1 that conquered Pikes Peak in 1985, setting a new record on the way up. Volkswagen Motorsport brought along the 1987 twin-engined MK2 Golf that also gave the Race To The Clouds a go, although it retired before crossing the line. The Audi 90 Quattro IMSA-GTO of Hans-Joachim Stuck made quite an impression just sitting there motionless.
The crowd was filled with people indulging in period costumes, some using props and while others made it a family affair. While it might have been slightly breezy, the sound of swish pants and windbreakers, as well as the loudness of the colors and patterns, made for a complete experience.
At the end of the event, only a handful of awards were handed out, making the ceremony manageable in the Florida sun and humidity. Top honors, a.k.a. the Raddest of Show, was bestowed upon a 1996 Porsche 911 Turbo with the X51 package, extensively converted to GT spec. The Iris Blue paint was original and paired beautifully with the polished lips of the Speedline wheels, really captivating onlookers.
If you consider yourself a fan of '80s and '90s vehicular ephemera, but have never immersed yourself in RADwood, stop waiting and answer the call from the Motorola DynaTAC. We promise it’s not spam.
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