wearable remote control design

In industrial design processes, one of the most important challenges is to concentrate the entire range of product requirements. Try to understand the desired user experience. The product usage scenarios should be predicted from the production processes, through logistics, to the opening of the packaging and the initial use of the new product, for the rest of the product's life. And all this at a stage where the product is not even defined in the word.

In addition to imparting product visibility and user experience, the industrial designer is required to conduct a dialogue with the electronics people on electronic circuit design and dialogue with the production personnel on the limitations of technology. The electronic development of the product is done internally towards the outside. We create a kind of assembly game of internal assemblies to achieve optimal shape and size.

An industrial designer uses a variety of means to develop a new product. Two-dimensional symbols for examining element locations, manual sketches for examining the design potential, schematic models for examining sizes, shape and ease of use, initial computer construction and printing on a page or three-dimensional printing. And all this on a regular day at the office.

When developing a new wearable product, we carefully examine the possible locations on the body to reach the ideal product and describe the order of the most correctusage. These are followed by the interface positions: the buttons, the screen, the body harness, and the binding process of the cable. After all, we do not want the policeman to get into trouble with the cable.

when developing a user interface, whether physical or in software or application, it is important to analyze usage. What is most important, to be accessible? How often do I press each button? What buttons should not be clicked by mistake? Therefore it should be protected or hidden intermittently. In the table and in the product illustration, you can see the analysis of these aspects. From here, you can learn about the position, shape, size, color and bulge of the buttons.

After the research work, which defined the product's locations and sizes, industrial design work can continue. The visual characterization of the product naturally changes according to the target audience and the mechanical requirements. In this product, we have presented a simple design for use. a product that will show durability and strength but will still look technologically advanced.

when conducting computer illustrations, we will see the strengths and weaknesses of different design options and compare them when we place them next to each other. We will also add to the equation a human simulation to examine positions and proportions. Quntz product designers, international experts in designing and developing various kinds of products.

Changes in textures in this type of product are necessary. The user must react to the situation immediately, even in stressful situations when the adrenaline is high. For this purpose, the texture changes must be defined so that they are readable by touch, much like Braille for the blind.

Building 3D models is essential for product development. We print the product in a 3D printer or develop a wearable model.We imagine a situation in which the product will be in use. Conclusions regarding further development will be produced after experiments in a 3D model.

As part of developing a product that the user must operate flawlessly and quickly, even in stressful situations, we plan the course of the buttons. We will design them so that they will be clear to the user in terms of how to rotate, click, slide any existing interface on the remote without having to look at it. Quntz product designers, specialists in the development of plastics.

Final product design. We designed a thin and minimalistic product so that it does not interfere with the variety of equipment that the user carries. In the picture you can see product simulations, done with Rendering software, with which we decide on aspects, such as color schemes. In simulations, we examine the product details closely, before the production process begins.

The product finally came to the studio to be photographed and examined. We see high importance in testing the products that have been designed and developed by us. In addition to the great excitement when opening a box from the manufacturer, we will ensure that all parts are correct in terms of color and texture, size and travel of buttons and the operation of the product is maximal to the user's benefit.