Young C Park Builds Functional WWII Fighter Plane Replicas
Michael Hines — October 23, 2011 — Art & Design
References: dailymail & odditycentral
Young C Park is a retired dentist who creates incredible, fully functional model aircrafts. Park's aircrafts are made using aluminum that he bends and shapes together to recreate every last piece present in America's greatest WWII fighter planes.
Park has created two awesome models, one of the P-51 Mustang and another of the F-4U-D Corsair. Each plane took over 3,000 hours to create, and was made between a period of three to five years. All of the controls on the planes work, the rings retract on the Corsair and all of the levers and gadgets on the Mustang are fully functional, although they must be operated with a pair of tweezers.
If you are a fan of WWII models, then these designs are the perfect fit.
Park has created two awesome models, one of the P-51 Mustang and another of the F-4U-D Corsair. Each plane took over 3,000 hours to create, and was made between a period of three to five years. All of the controls on the planes work, the rings retract on the Corsair and all of the levers and gadgets on the Mustang are fully functional, although they must be operated with a pair of tweezers.
If you are a fan of WWII models, then these designs are the perfect fit.
Trend Themes
1. Functional Model Aircrafts - Creating functional and detailed models of aircrafts can provide opportunities for innovation in the field of aviation as well as in related industries like aerospace engineering.
2. Retro Design Revival - The popularity of WWII-era fighter planes signals an opportunity for industries like fashion and automotive to innovate by incorporating classic designs into their products.
3. Handmade Craftsmanship - The demand for handmade, artisanal products can be seen as an opportunity for innovation in industries like furniture-making, where customization and attention to detail are valued.
Industry Implications
1. Aviation - The creation of functional model aircrafts could inspire innovation in aviation, particularly in the development of more efficient materials and structures.
2. Aerospace Engineering - The use of aluminum in the creation of the aircrafts presents an opportunity for innovation in lightweight material engineering and aerospace manufacturing processes.
3. Model Making - The detailed craftsmanship of Park's creations highlights an opportunity for innovation in the field of model making, particularly in the use of technology and 3D printing processes to create more complex and elaborate designs.
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