Simple Energy One

It seems to have become accepted practice that newer models of electric vehicles (EVs) that are produced by two-wheeler start-ups are not even close to being ready when they are introduced to the public. August 2021 was the month that Bengaluru-based Simple Energy 'launched' their One electric scooter; however, at the time, the scooter was still very much in the prototype stage. After waiting for what feels like an eternity, we are finally going to be able to ride this much-anticipated electric scooter.
The start-up company based in Bengaluru is in the business of constructing electric two-wheelers from the ground up. The company develops full in-house goods that are made in India, beginning with the design of its surface, continuing with the design of its chassis and moving on to the creation of its batteries, and culminating with the development of its motors. Nevertheless, the trip has not been without its share of difficulties along the way.
In the traditional approach to automotive design, the process begins with the creation of concept sketches, moves on to physical modelling, then moves on to reverse-engineering the physical model, visualization, and finally, physical and digital prototyping. Each phase of the process utilizes a unique piece of software and a unique set of methods, and as a result, the entire process can take a significant amount of time. ALIAS Surface was utilized by Simple Energy to construct three-dimensional models that had a realistic appearance and were derived from product sketches. Alias has enabled them to eliminate the physical and clay modelling process from their workflow, which has resulted in significant time savings. This has given them the confidence to move forward with the development of production-level surface data. The overall size of the file is not particularly large, which means that it is simple to transfer among teams and open in fewer configurations on different platforms. Alias features some of the greatest modules for importing and exporting files, which makes managing files a lot easier for designers. It also allows reverse engineering, which enables our team to quickly transition from mesh data obtained from vendors or suppliers to high-quality Class-A surfaces that are ready for engineering detail design.