Core Viewpoint - DJI's entry into the vacuum cleaner market with its ROMO model has generated mixed expectations, revealing both the company's technical capabilities and the industry's anxiety over disruptive innovation [3][5]. Group 1: Product Development and Design - DJI's ROMO vacuum cleaner project began in 2020, with the product delayed for nearly five years, leading to some disappointment in the market [3]. - The company has undergone three major iterations in the past four years, focusing on cleaning methods, sensors, and transparent design [6]. - DJI abandoned popular cleaning methods like roller and track systems due to engineering challenges and maintenance issues, opting instead for a dual-disc design that minimizes user intervention [12][13]. - The transparent design of the ROMO is a unique feature aimed at showcasing the product's industrial beauty, requiring significant engineering effort to achieve [41][49]. Group 2: Technology and Innovation - The vacuum cleaner's navigation and obstacle avoidance capabilities are critical, with DJI employing a dual-camera vision and solid-state ToF laser radar system for enhanced performance [18][22]. - DJI's testing standards for obstacle avoidance are stringent, requiring 100% success in trials, which drives the company to invest heavily in sensor technology [22][24]. - The vacuum cleaner's motor performance is exceptional, with a suction power of 25,000 Pa, significantly higher than industry standards [30]. Group 3: User Experience and Maintenance - The ROMO is designed for minimal user maintenance, featuring an integrated cleaning system that reduces the need for manual intervention [10][13]. - DJI emphasizes the importance of user-friendly installation and maintenance processes, offering a two-year warranty and a straightforward return policy to enhance customer confidence [57][58]. - The company aims to build a strong reputation through product quality and user experience, relying on customer feedback for continuous improvement [59][60].