3D Product Animation | Jewellery Rendering (4-Part Brief) – Patent-backed Modular Fashion Hardware

I am an independent inventor. I am presently bootstrapping with the aim of attaining investment, of at least £250K , that will be used to launch my patented product to market. I believe a great animation that show cases the invention will help me get that investment. I am biased, but it is arguable reasonable to state that my invention is a groundbreaking product that has huge global commercial potential. I seek a master jewellery render/ product animator that might be interested in working with me to create an animation to showcase the proposed product for two main reasons and a third reason. REASON 1: I can pay an Agreed Fee for your expertise but I cannot pay nearly as much as I would like to pay you (The quoted $500 is a negotiation starting point). REASON 2: Your animation, if it is top class, might go viral and there might be the option to subtly publicly credit you as the creator of the animation. The last related animation that I had created might have been publicised as a result of articles about my proposed product that were published by at least two of the biggest online news outlets. A lady described it as ‘Every woman’s dream come true!’. REASON 3: If the animation that you create helps me attain the investment I will be so happy i will come back to you to offer you a bonus that will be - at least double - the Agreed Fee I would have already paid you. I need the animation made by no longer than three weeks from now. Here is some detail. More detail will be revealed to ‘best fit master jewellery render/ product animators’ that get in touch. For now here is a rough overview of the brief. JEWELLERY DESIGN/RENDERING: Being able to create high quality jewellery designs from my rough drawings and what I plan to describe to you is also important. ANIMATION SHOWS MODULAR BUYING EXPERIENCE. A yet to launch D2C fashion accessory business will retail a modular product. I would like you to create an animation that depicts a customer’s buying experience at the business’ website as she chooses different modular components that are eventually assembled to create the final product self-designed by the customer. So the animation is to show all the modular components chosen by the customer. Then the animation is to show how all of these components are assembled together to create the final modular product. In the main, apart from showing a woman’s well-manicured hand, there is no need for humanoid representation in the animation - instead choosing and assembling the components is what the animation is to demonstrate. I already have an animation of the modular product that I can show you. However, this product has been enhanced/improved. I would like you to create a new animation that shows the improved product. The final product that the customer assembles and buys from the D2C website is made from 12 modular components - but the animation is to, mainly, show a limit of 6 component types - some of the components chosen to assemble the product are repeated. SHOWING CHOICE. A very important part of the animation is to show that each time the customer is choosing a particular component she is choosing from a choice of X versions of that same component type. LABOUR INTENSIVE & MUCH LESS INTENSIVE ANIMATION: I understand that there is a way to split this into ‘sections of animation’ with the sections of animation showing the ‘zoomed out’ choice of each component part not requiring as much labour intensive animation. Let me use one of the modular components - let’s call this Component LL - to explain what I mean. The animation will first show a choice of 26 versions of the same LL component type - each one is of the same component type but with a particular unique design difference. The animation will show the customer seeing the full choice of 26 and then the customer chooses 3 of the 26. The animation is to show those 3 being placed unto the assembling area, so to speak. The same process for all components can be summarised as follows: 26 versions of Component LL shown, 3 chosen. for the other components it will be: 26 versions of Component M shown, 3 chosen and placed on assembling area. 30 versions of Component SH shown, 3 chosen and placed on assembling area. 5 & 5 versions of Component LH shown, 1 chosen and placed on assembling area. 20 versions of Component S shown, 2 chosen and placed on assembling area. Added up that will be 12 component parts showing in the assembling area. The animation that follows is to be split into three parts: Animation Part 1: 6 Chosen components become 3. Animation shows how these ‘26 versions of Component M shown, 3 chosen and placed on assembling area.” & these ‘30 versions of Component SH shown, 3 chosen and placed on assembling area.’ become 3 component parts. So the 12 chosen component parts are reduced to 9. Animation Part 2: All 9 components are assembled to reveal the ‘First’ final product. Animation Part 3: The animation clearly shows the final product of Animation Part 2 disassembled so we are back looking at 9 component parts. Animation Part 3: Three different sets of only 6 of the 9 component parts are respectively assembled to design 3 different unique standalone products. Animation Part 4: The remaining 3 component parts are assembled to design another standalone product. This proposed business presently lack 'formal infrastructure'. So I do not have CAD files - all I have to equip you to create the animation is the already created animation, and another related animation, my textual explanations, photographs of physical proof of concept handbags and rough drawings. Thank you for getting this far.