Carbon fiber drone fuselage is an important part of UAV, its advantages are light weight, high strength, strong corrosion resistance, good wear resistance, high temperature resistance, low temperature resistance and other characteristics. Therefore, choosing it can not only improve the performance of the drone, but also make the drone more reliable and stable under harsh conditions.
steps
The first step is to design and make the mold
The mold is the key to making it. It is necessary to design the corresponding mold according to the size and shape of the fuselage. Generally, the mold is made of metal or wood to ensure the accuracy and stability of the mold.
The second step is to make carbon fiber gauze
The production of carbon fiber gauze requires the use of carbon fiber precursors, which are specially processed to make yarn, and then woven into carbon fiber gauze with a loom. The carbon fiber gauze thus made has the characteristics of high strength, high hardness and light weight.
The third step is the prepreg
Soak the carbon fiber gauze in the prepreg so that it is fully wet. This allows the carbon fiber gauze to cover the fuselage mold more evenly, and the strength and hardness of the fuselage can be ensured.
The fourth step is suppression
The carbon fiber gauze of the prepreg is covered with the fuselage mold and pressed with a press. The fibers will be more tightly bound together, and the surface of the fuselage formed after pressing will be smoother. This ensures the strength, stiffness and durability of the drone fuselage.
Step 5: Oven curing
It needs to be cured in an oven. The pressed body is placed in a curing oven and cured at high temperatures. This ensures the strength, hardness and stability of the carbon fiber body, so that it meets the requirements of use.
Exterior design
Its exterior design is an example of the perfect combination of modern technology and aesthetics. As a lightweight, high-strength material, carbon fiber has become an indispensable material choice in the aerospace field. Its application in UAV racks not only greatly reduces the weight of the entire UAV, but also improves the flight stability and control accuracy of UAV.
Its appearance design pays attention to the characteristics of simplicity, beauty and lightness. Generally speaking, the shape of the frame is a keel-like structure, that is, a bone-like shape composed of main truss, secondary truss, connecting plate, etc. This structural design makes the entire frame more robust and has high compressive strength, while reducing the interference of external wind resistance.
The color of the rack is generally black or other dark colors, which not only meets the requirements of the aviation field for appearance, but also increases the visual stability and concealment of the drone. On the surface design of the fuselage, the logo of the manufacturer or drone model is generally printed, which makes the entire appearance more polished, and at the same time can strengthen the uniqueness and brand image of the drone.
In general, it has the advantages of lightweight, high strength, corrosion resistance, aesthetics, etc., which can bring better flight performance and use experience, and can also promote the development and popularization of UAV technology, laying a good foundation for future UAV applications.
FAQ
Q1. How do you pack the goods?
A:We wrap the goods with soft plastic bags first and then pack it using a cardboard box with foam board inside.
Q2. What is the lead time?
A:The sample needs 1-5 days, mass production depends on order quantity. Normally 10-15 days.
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