Responsibilities
User Flow
User Experience
User testing
Deliverables
Mobile app design
Clickable Figma Prototypes
Our team created an intuitive mobile app to guide users in the intricate assembly of FPV drones, leveraging cutting-edge AR and VR technology to enhance learning. The app provides step-by-step, interactive instructions with 3D models, allowing users to visualize components in real time.
Key points:
Skill development: Teach users how to assemble different drone models and components.
Error prevention: Help users identify and correct common assembly mistakes.
Time efficiency: Improve assembly speed and accuracy through practice.
Engaging experience: Make the learning process enjoyable and interactive.
In response to the growing demand for FPV drone technology, we developed a mobile app that combines precise instructional design with advanced digital solutions. By incorporating augmented reality, the app allows users to view and manipulate 3D models of drone parts, providing clear, accessible guidance.
Challenges:
Time-consuming and technical complexity in assembling drones for business-specific needs.
Difficulty in integrating drone software with business logistics and data tracking systems.
High cost of repairs and inability to customize drones for specific payloads.
The app's real-time guidance also helps users avoid common pitfalls, making the training experience both efficient and user-friendly.
Our design approach for this FPV drone assembly training app focused on creating an accessible, user-friendly experience that empowers users to master complex assembly processes with ease. By integrating augmented reality (AR) and virtual reality (VR), we provided an immersive, hands-on learning environment that enables users to visualize and interact with drone components in real time. The design prioritizes clear guidance and real-time feedback, ensuring each step is intuitive, reducing errors, and building user confidence.
Assembly Progress
Performance Stats
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Lessons learned
5
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