Bérénice Klein
Industrial design and product design engineer
Model of a Remotely Controlled Helicopter
CAD project
![]() Final result of modelisation | ![]() Remotely controlled helicopterThis is the object we had to model. | ![]() Nomenclature |
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![]() Link graph | ![]() Contact graph | ![]() Kinematic graph |
![]() Kinematic skeleton | ![]() Propeller | ![]() Helicopter tail |
![]() Horizontal stabilizer | ![]() Vertical stabilizer | ![]() Centering pin |
![]() Centering pin | ![]() Centering pin | ![]() Centering pin |
Explanation of the project
The goal of this project was to model a remotely controlled helicopter with the hardware CATIA V5 (group of 4 students).
To realize our project, we had access to the real remotely controlled helicopter. We could disassemble it to be able to measure every pieces of the product.
We realized then a nomenclature of the product with every pieces. After that, we created a graph of link between the pieces of the product. This allowed us to make a kinematic diagram.
We defined several parameter that we could modify depending on the dimentions of the product.
We realized the kinematic skeleton which allowed us to divide the work easier. Each of us was able to realize several pieces of the product while others were also working on the product.
At the end, we had a 3D model of the remotely controlled helicopter.
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Catia V5
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Kinematic diagram
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Group work