Design of home energy storage - example of Powerwall 2

Looking for a 3D modeler,制作3D模型儿童游乐场用木材,根据图纸,进行调整。

Use the existing model as a basis (I will send it to the performer). Do not change the folding mechanism, hinge, dimensions, or overall structure. The following modifications need to be made:1. Front Supports (horns) Replace the existing short supports with more modern curved horns. The horns should start slightly higher vertically relative to the current model. Keep the overall length of the horns compact (do not make them longer). Only the position relative to the base is changed. This seating should provide more free space under the bottom of the phone for connecting the charging cable without strong bending. All transitions should be smooth, without sharp angles.2. Design Update Give the product a more modern minimalist appearance in the style of Apple (Soft Minimalism). Requirements: increase the radii of rounding throughout the product; remove the feeling of "squareness"; make the transitions between all elements smoother; round the edges and outer edges of the base; maintain a simple minimalist appearance without decorative elements and textures. The product should look like a solid cast premium-level accessory.3. Logo On the inner side of the upper back, create an embossed inscription: Metalandbrassco Requirements: font Franklin Gothic Demi; the inscription should be centered on the back; make it as an indentation (engraved), not raised; depth of indentation — about 0.5–0.8 mm; letters should have sufficient thickness for quality FDM printing.4. Printing Requirements The model should be printed without supports. Do not create new overhanging elements. Maintain the strength of the structure and the existing angle adjustment mechanism. All changes must be adapted for FDM printing (PLA/PETG, 0.4 mm nozzle).What to Provide Source file (Fusion 360 / SolidWorks / Onshape or other parametric CAD). STL. STEP. All dimensions must be parametric for further editing. A few days will also be needed for test printing before closing the project.

A new version of the existing corner modular shelf for storage needs to be developed. The provided model can be used as a basis (I will send the model to the performer), but the design and construction should be changed according to the requirements below. General Concept The shelf is intended for installation in the corner of a room and should be modular. Several identical modules are installed on top of each other and securely fixed together. The main style is modern minimalism with smooth lines and large rounding radii. Dimensions Size on each side adjacent to the wall: 230 mm Height of one module: 100 mm The wall thickness should be optimized for FDM printing (approximately 2.5–3 mm).Front Part The front edge should be significantly lower than in the original model. Goal: to ensure free access to the contents; the user should be able to reach items even from the bottom shelf without removing the upper modules. The front cut should be made with a smooth arc. No sharp corners.Side and Back Walls The height of the side and back walls should remain almost full. All outer corners should have large roundings. Module Connection A hidden connection system needs to be implemented. It is currently visible. On top of each module: guides/mounting holes. On the bottom: matching pins. After installation, the module should: automatically center; not shift sideways; not rotate. The connection should be as inconspicuous as possible from the outside.Internal Part The bottom should remain flat. No partitions should be made inside for now (there is a visualization of the concept attached). (Partitions will be a separate task later.) Construction The model must be fully suitable for FDM printing. Mandatory: no supports; no overhanging elements; no complex bridges; no separate parts. The shelf should be printed as a single piece.Design No decorative textures should be used. Surfaces should be smooth. Large smooth radii are welcome. The shape should look modern and premium.What to Provide Source file (Fusion 360 / SolidWorks / Onshape or other parametric CAD). STL. STEP. All dimensions should be parametric for further editing.

A 3D model of the top part of a stove is needed, which has patterns. It consists of 8 identical segments, so only 1 segment is required, as shown in the picture below.

Visualization of a commercial property with adjacent territory and parking, a standalone café, and a large retail store. And an adjacent area for car sales.