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It is necessary to develop a drawing of the decorative model FPV drone GFA Drones Mark4 10 / RadioMaster XR1-DB / SoloMAX 5.8. The model should closely replicate the appearance of the original but be designed for laser cutting from 2 mm aluminum and assembly with M3 screws. Inside, there should be space for LED lighting and wires. Required files: DXF for laser cutting and preferably STEP or Fusion 360. In addition to the DXF files, please provide a visual preview of the model (PDF or PNG/JPG) with several angles and a separate view of all parts on one sheet. Overall dimensions Width: 350 mm Length: 350 mm Height: 65–75 mm Diagonal between motor centers: approximately 350 mm Central body Length: 145 mm Width: 50 mm Height: 35–40 mm Beams (4 pcs) Length: 130 mm Width: 20 mm Material: 2 mm aluminum Motors (decorative) Diameter: 36–38 mm Height: 18–20 mm Propellers Diameter: 210–220 mm (proportionally reduced for the model) Blade width: 18–22 mm FPV camera Width: 20 mm Height: 20 mm Length: 25–30 mm Antena Height: 70–90 mm LED lighting LED strip 8 mm along the inner perimeter of the body. Cable hole 6 mm. Mounting M3 screws. Holes 3.2 mm. Offset from the edge of the part — at least 5 mm. It is also desirable to break the object into separate files 01_Frame — frame (central part + beams). 02_Motors — motors. 03_Propellers — propellers. 04_Camera — FPV camera. 05_Antenna — antenna. 06_Mount — wall mount. 08_Full_Assembly — fully assembled model

It is necessary to draw all floors and facades according to the old drawings in Dwg. Upon completion of the work, the rvt and dwg files.balcony 2010.pdfbalcony 2010_2.pdfnew house.pdf

it is necessary to design and prepare drawings of the workspace (workbench, wall, and shelf). sheet metal 1.5 mm prepare files for laser cutting prepare drawings for bending there are also additional projects

It is necessary to make notes in AutoCAD on the completed project, as well as to add a table to the project based on the completed work reports.

A project needs to be developed for a large park composition in the shape of a cat and a mouse based on the attached visual reference. The figures will be installed outdoors in the park area and will serve as a decorative art object and photo zone. The base of the figures should be made of a sturdy metal frame. The outer covering is planned to be made of artificial grass or another weather-resistant material. Approximate dimensions of the cat: — total length — 8 m; — height of the head — 3.24 m; — height at the withers — 2.34 m; — width of the body — 2.4 m; — length of the head — 1.8 m. Approximate dimensions of the mouse: — total height — 1.8 m; — body length — 0.81 m; — height at the withers — 1 m; — total width with ears — 0.9–0.95 m. What is required from the performer: Develop an artistic 3D model of the two figures while adhering to the specified dimensions and proportions. Prepare visualizations from several angles. Design the internal supporting metal frame. Plan for dividing the large figure into modules for manufacturing, transportation, and assembly. Prepare working drawings of the metal structure with dimensions, profile cross-sections, connection nodes, and attachment points. Develop a method for securing the structure to a concrete base or foundation. Consider wind, snow, and operational loads. Provide specifications for the metal and the approximate weight of the structure. Provide recommendations for anti-corrosion protection, external covering, delivery, and assembly. The figures will be permanently outdoors, so the structure and covering must be resistant to rain, snow, frost, sun, and temperature fluctuations. Formats of the result: — 3D model in STEP, SolidWorks, Blender, or another agreed format; — drawings in PDF and DWG/DXF; — material specifications in PDF or Excel; — renders in JPG/PNG. We are looking for not just a 3D visualizer, but a specialist or team with experience in designing real metal structures. In your proposal, please indicate: — the cost of 3D modeling; — the cost of engineering design and drawings; — timelines for completion; — the software in which the work will be done; — examples of similar projects; — whether you can also organize manufacturing and assembly. The images are a reference. The final design can be adapted and made original.