At Nosira, our development started with real conversations. We conducted interviews across all age groups, engaging both mobility scooter users and individuals who have never relied on one. By listening directly to our target audience, we gained insight into everyday challenges, unmet needs, and the barriers that limit outdoor mobility. This research shaped our priorities and ensured that our solution is grounded in real-world challenges.

In collaboration with our Swedish designer Arild, we developed a series of sketches to explore the visual direction of our vehicle. Through an iterative process, we carefully selected and discarded elements, refining proportions, features, and overall character. Involving the target audience allowed us to challenge assumptions and make deliberate design choices. Ultimately, we developed an initial concept with strong aesthetic appeal.

We merged the design concept with a mechanical platform developed from scratch in a detailed 3D CAD model. Working in a digital environment allowed us to explore solutions, verify clearances, and refine the design for manufacturability. Throughout this phase, we continuously adjusted and improved the design to ensure it evolved in both form and function.

Based on our 3D CAD model, we built a full-scale prototype using a wooden structure, CNC-cut steel brackets, lightweight board material, and 3D-printed components to translate the digital design into a physical model. This allowed us to evaluate ergonomics, proportions, and overall design expression at full scale. Working hands-on with the mockup gave us the flexibility to explore different configurations, test alternatives, and implement rapid adjustments.

Following the physical mockup, we updated the 3D CAD model to incorporate the validated design changes. We then applied materials and colors to generate renderings of the full vehicle, enabling accurate visualization of surfaces, details, and overall design. Some elements remain intentionally undisclosed as development is ongoing.

Following the design development, we built a functional prototype to develop and validate the mechanical platform, suspension, and electric powertrain. This prototype was not design-representative but served as an engineering test platform. It allowed us to evaluate performance, durability, and system integration under real operating conditions, and to generate data to support further development.

We are currently refining a new design concept and updating the mechanical platform. The result will be a fully functional prototype that integrates the updated design. This prototype will form the basis for pre-orders. Further updates will be provided as development progresses