Fiberglass corvette

Description

Restoring an original '56 or '57 Corvette? Save hours and dollars with this state-of-the-art body. The Concept 57 body is a faithful reproduction of the original 57 Corvette body with quality, accuracy and durability never available. It maintains a total stock appearance from any vantage point: under hood, interior, exterior and underside and bolts directly to your original frame using stock body mounts. Comes with an ivory gelcoat, ready for prep and finish paint. Designed to use all original and reproduction parts, including engine compartment hardware, interior and exterior trim pieces, trunk and floor pan hardware. Shipping must be prepaid, please call for information.
WARNING

  • Shipping weight = 900 lbs
  • Crate dimensions = 162” x 76” x 43”
  • Freight class 400.
    NoteNo VIN or certificate of Orgin is included - contact your local DMV for their procedure to register an assembled vehicle.
  • Specifications

    Base Unit of MeasureKIT
    Net Weight900
    Car Years 11956 1957
    Part #750057
    Search DescriptionC1 CORVETTE FIBERGLASS BODYS BODIES

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    Sours: https://www.corvettecentral.com/c1-53-62/concept-57/concept-57/56-57-concept-57-fiberglass-body-nd-750057

    Corvettes...
    ALL we do, since '82

    Dynamic Corvettes is the premier restoration and restomod facility for classic Corvettes.

     We specialize in C1, C2, C3 models  

    We are also #1 in Michigan for custom fiberglass!

    Our parts make any Street Rod, Restomod, Pro Street, Classic or Custom Corvette stand out from the crowd! 

    As our owner will tell you, we have no interest in following others. Instead, we create custom fiberglass products entirely in house. We work on the ideas together, come up with test molds, improve, and then craft a final product. Everything is done right here (in Saginaw, MI) by our experienced team, nothing is sent out.

    "Do it with passion or not at all"

    General mechanical service is available for 1953-1982 Corvettes

    Dynamic Corvettes is approved by major insurance companies to repair your collision damaged Corvette. If you have suffered an accident with your Corvette, consider bringing it to us for professional vehicle repair.

    Sours: https://dynamiccorvettes.com/
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    Once Wendel finishes a rough concept, he plans to have the fiberglass parts smoothed out and made into molds so he can sell kits for other C8 owners who want an Art Deco-themed performance car of their own.

    Now, Art Deco rides can be hit or miss. The C8 seems to be a particularly difficult one to nail down due to its sharp, modern lines. That's where those coachbuilding companies he acquired should come in handy; both feature tooling and personnel that specialize in delivering custom-bodied tributes of classic speedsters, similar to what Wendel looks for in his C8. Needless to say, we're hoping for the best.

    But above all the opinions—positive or negative—Wendel's C8 project shows that someone out there isn't afraid to take their new car and make it what they really want. With the price of new cars, especially those on the level of a C8 Corvette, it's rare to see this happen. Might as well sit back and enjoy it.

    "It's 100 times more difficult than I thought it would be," said Wendel. "I've been racing cars my entire life, building chassis, and building my own race cars. I thought it wouldn't be that much more difficult to do this. And it's at least 100 times more difficult than I thought it would be."

    Got a tip or question for the author? Contact them directly: [email protected]

    Sours: https://www.thedrive.com/news/41081/homebuilt-fiberglass-corvette-project-proves-imagination-isnt-dead

    MFG’s Role in America’s Most Beautiful Automobile

    In 1954, the Chevrolet Corvette became the first production automobile with a molded fiberglass reinforced plastic body after Robert Morrison, founder of MFG, convinced General Motors that reinforced plastic had a use in the automotive industry.

    Morrison had come to Detroit to discuss what MFG could do to support GM, but the purchasing folks he was to meet with were too engaged in discussions about steel body components to see him. As he departed, the elevator opened to reveal Purchasing Director Elmer Gormesen, who informed him that the decision to make the car of steel had been rendered. GM anticipated demand of 10,000 units, and no sufficient fiberglass capacity existed. Morrison assured Gormesen that MFG and Owens Corning could come through on the production.

    The following day Morrison returned home to Ashtabula, OH to learn the news that GM had made a turnabout decision to go with fiber glass!

    When Chevrolet gave the project the green light, Morrison initiated all of the financing, production facilities, engineering support, tooling and production personnel to make it happen. He partnered with automotive engineers and material suppliers to resolve concerns about a production site, equipment and scheduling.

    As the cooperative process developed, the basement of Morrison’s home became an impromptu design center for the Corvette fiberglass parts. MFG employees and GM’s engineers worked side by side on a ping-pong table.

    MFG has produced fiberglass composite parts for the Corvette since 1954. In 2003, Robert S. Morrison was posthumously inducted into the prestigious Corvette Hall of Fame.

    Videos

    • The Mastermind of the Corvette's Fiber glass Body

      The Mastermind of the Corvette’s Fiber glass Body

      Richard Morrison, CEO of Molded Fiber Glass Companies, recounts the story of how the late Robert S. Morrison changed the future of the Corvette. In 1953 Morrison convinced Chevrolet to use his newly created molded fiberglass body for the Corvette Concept Car displayed at the 1953 GM Motorama. The acceptance was overwhelming and from that point on the Corvette body was made out of Fiber glass Reinforced Plastic (FRP), otherwise known as fiberglass. MFG has continuously produced fiberglass composite parts for the Corvette since 1954. In 2003, Robert Morrison was posthumously inducted into the prestigious Corvette Hall of Fame.

    Sours: https://www.moldedfiberglass.com/about-us/history/corvette-story/

    Corvette fiberglass

    Fiberglass to Carbon Fiber: Corvette’s Lightweight Legacy

    For 60 years, Corvette’s performance driven by advanced materials

    2012-08-16


    DETROIT – It’s a scientific fact: Low weight plus high horsepower equal exhilarating performance. That combination has defined the Corvette for six decades, as increasing power output matches the use of advanced materials to minimize curb weight.

    The 2013 Corvette Z06 exemplifies that philosophy. With a curb weight of only 3,199 pounds (1,451 kg) and 505-horsepower (377 kW), it is not only one of the lightest sports cars available in America, it has one of the best power-to-weight ratios of 6.33:1. That’s better than the Aston Martin DBS (7.5:1 – 510 horsepower/3,836 pounds), Porsche 911 Turbo S (6.7:1 – 530 horsepower/3,561 pounds) and Nissan GT-R (7.1:1 – 545 horsepower/3,887 pounds).

    “Horsepower isn’t the only measure of performance,” said Harlan Charles, Corvette’s marketing manager. “Balance and low weight are just as important and that’s where the Corvette excels. It has a heritage of employing cutting-edge technologies and materials to help optimize performance.”

    Corvette’s use of advance materials began in 1953, when the first Corvettes were produced with all-fiberglass bodies.  Every Corvette since has featured a composite-material body.

    Fiberglass, the lightweight, rust-proof composite material, was first considered for use on a GM vehicle by legendary designer Harley Earl. Besides being an exotic choice for the early Fifties and having an undeniable weight advantage, fiberglass offered an economical way to create the low-volume Corvette without the expense of large sheet metal stamping dies.

    Starting with the third generation in 1968, the body parts were manufactured with a press mold process, whereby the fiberglass material and resin were shaped in a die-like tool that produced smoother parts more quickly. It was a significant advancement in forming technology and laid the groundwork for a change in the body panels’ material in 1973. That year, the composition changed from conventional fiberglass to sheet-molded composite, or SMC, which was composed of fiberglass, resin and a catalyst formed under high heat and pressure. The ratio of resin to fiberglass was reduced with SMC, while the fiberglass itself was a bit coarser. The new material helped produce panels that were smoother right out of the mold, resulting in higher-quality paint finishes.

    All Corvettes since 1973 have used SMC body panels, but the material composition has changed dramatically, featuring less traditional fiberglass and more lightweight plastic. The early SMC material created parts that were stronger and more rigid, but more brittle. As SMC technology and production experience evolved, Corvette engineers were able to alter the material composition and the body parts’ specifications to trim the Corvette’s curb weight. Mostly, that happened through making thinner body panels, because SMC was denser and stronger than conventional fiberglass.

    It’s rare that a next-generation model of any vehicle is lighter than its predecessor, but that was the case with the fifth-generation (C5) Corvette in 1997. In fact, the 1997 Corvette was larger overall – longer and wider – than the 1996 model, but it weighed nearly 100 pounds less. A greater emphasis on advanced materials was the reason.

    The contributors that helped drive down the C5’s curb weight included the use of SMC body panels with more plastic than ever before. The material, basically the same used in the current sixth-generation (C6) Corvette, was composed of about 40 percent resin – polyester, vinyl ester, styrene or a blend of all three – 33 percent calcium-carbonate filler, 20 percent chopped fiberglass, The remaining 7 percent is resin and hardeners that improve the out-of-mold surface finish.

    The C5’s panels were exceptionally light, but so was the Corvette’s all-new chassis, which used beefy rails and hydroformed sections to provide strength with less complexity and weight. The floor sections used a sandwich of materials including featherweight balsa wood – a renewable material – to minimize mass. That continues with the C6 cars.

    Even the C5’s Gen III small-block V-8 contributed to weight savings and overall greater balance. Compared to the Gen II small-block it replaced, it delivered a lightweight aluminum cylinder block, aluminum heads and a composite intake manifold that weighed less than 10 pounds. The Gen II engine used a heavier iron cylinder block and aluminum intake manifold.  A lighter engine improved the front-to-rear weight balance.

    The C5 also introduced titanium and carbon fiber to the Corvette. The 2001-04 high-performance Z06 model used a 26-pound titanium exhaust system that was 70 percent lighter than the conventional muffler/tailpipe assembly of other models. A lightweight carbon fiber hood was used on a special-edition 2004 Z06 model and it was nearly 11 pounds lighter than the already lightweight standard SMC hood.

    The introduction of the C6 Z06 in 2006 brought an aluminum-based chassis structure and a greater percentage of carbon fiber body panels, representing the most significant advanced materials initiative in Corvette history. Despite looking like the steel chassis of the base Corvette, the C6 Z06’s aluminum frame weighs nearly one-third less. Magnesium is used for the roof structure, engine cradle and some of the other suspension attachment points for greater mass reduction. On the outside, the Z06 uses carbon fiber panels for the front fenders, front wheel houses and rear fenders.

    The Corvette ZR1 uses the same aluminum chassis structure as the Z06 and incorporates even more carbon fiber body parts, including the roof panel, rocker panels and more. The new 2013 427 Convertible model also uses lightweight carbon fiber in the hood, fenders and floor panels.

    Another advanced material found on today’s Corvette is the carbon ceramic brake rotors that are standard on the ZR1 and available on the Z06. These space-age composite components deliver a significant weight savings over conventional iron brake rotors, while offering exceptional wear resistance.

    “Corvette has never been focused on an exclusive material – be it aluminum, carbon fiber, or fiberglass,” said Corvette Executive Chief Engineer Tadge Juechter. “Instead, we are constantly looking for the best materials structure, powertrain, and chassis to improve the performance of Corvette.”

    Founded in 1911 in Detroit, Chevrolet is now one of the world's largest car brands, doing business in more than 140 countries and selling more than 4 million cars and trucks a year. Chevrolet provides customers with fuel-efficient vehicles that feature spirited performance, expressive design and high quality. More information on Chevrolet models can be found at www.chevrolet.com.

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    Sours: https://media.gm.com/media/us/en/gm/news.detail.html/content/Pages/news/us/en/2012/Aug/0816_corvette.html

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