DJI Romo Robovac: Local Data Mode, Climbing, Quiet Vacuuming

DJI Romo: The Climbing, Quiet Robovac

DJI has entered the home cleaning market with the Romo, a robovac engineered to overcome domestic hurdles that stall many competitors. Its standout party trick is a surprising aptitude for climbing. The Romo can scale obstacles up to 2.2 cm high, gliding over threshold strips, rug edges, and cables with minimal fuss, which keeps it moving smoothly between rooms without getting stuck. This capability places it a cut above standard models that often require manual rescue.

Complementing its agility is a focus on discretion. Operating at just 58 dB, the Romo is noticeably quieter than many vacuums on the market, making it ideal for cleaning during meetings, while the baby naps, or late in the evening without disturbing the household. You get robust cleaning performance without the disruptive roar. This combination of genuine climbing ability and hushed operation redefines what you can expect from an automated cleaner, proving that powerful doesn't have to mean loud, and agile doesn't have to mean fragile. The Romo simply gets on with the job, quietly and efficiently.

Local Data Mode: Enhanced Privacy

For privacy-conscious users, the DJI Romo introduces a crucial upgrade over its predecessor: a dedicated Local Data Mode. This feature directly addresses a common concern with connected devices—where your data goes. When activated, the Romo completely disconnects from the cloud, ensuring that none of its operational data or video feeds are transmitted externally.

This is a significant departure from the original Romo, which lacked this option and relied on cloud connectivity for certain functions. With Local Data Mode enabled, all processing and storage happen on-device, keeping your home’s mapping and footage strictly local. You still maintain full control over the robot via the app, but the connection is direct and private. This mode is ideal for users who want the convenience of a smart robot vacuum without compromising on data sovereignty, providing a layer of security that was previously unavailable in the original model.

Specs and Features

The DJI Romo is engineered for serious cleaning performance. Its standout specification is a powerful 5,200 Pa suction that lifts embedded dust and debris from hard floors and carpets alike. This cleaning power is paired with intelligent LiDAR navigation, which allows the robot to scan and map your home in real time, ensuring methodical, efficient coverage without missing spots or bumping into obstacles.

Battery life is another key strength. The Romo offers a 2.5-hour runtime, enough to clean multiple rooms on a single charge before it automatically returns to its dock. When it needs to recharge and resume, it does so seamlessly.

Control is handled through the companion app, which provides full home mapping capabilities. From the app, you can view the robot’s cleaning path, designate no-go zones, and adjust suction power. For enhanced privacy, the Romo also supports Local Data Mode, which keeps all mapping and operational data on your device, ensuring your home’s layout never leaves your control.

Pricing and Availability

The DJI Romo is priced at $649, positioning it as a premium entry in the robotic vacuum market. It will be available for purchase starting June 14, so you won’t have to wait long to get your hands on this quiet, climbing cleaner.

For that price, you’re getting a device that stands out not just for its ability to scale obstacles, but for its whisper-quiet operation—a combination rarely found at this price point. If you’ve been holding out for a robovac that handles both multi-level homes and noise-sensitive environments, the Romo’s launch date is the one to mark on your calendar.

Given the advanced hardware packed into the unit, the $649 tag reflects its specialized climbing mechanism and enhanced motor design. Availability begins June 14, so early adopters can plan their purchase accordingly. Keep an eye on official DJI retail channels for the exact drop time on that date.