Product launches rarely include footage of the product flying into a wall. Ring's did. On November 10, the day the company announced its $249.99 indoor security drone, CBS Mornings aired a segment in which correspondent Jo Ling Kent flew a prototype by hand from a phone. It crashed twice. Two days later Ring confirmed to The Verge that the shipping Drone Cam will not offer manual flight at all. It will fly preset routes under what the company calls an "AI Pilot."
That makes this more than a bad TV moment. The crashes say something about how the product is built, and the company's explanation for the second one shows how much a cheap, light, cloud-dependent drone relies on a home internet connection to stay safe.
What Happened on Air
The CBS segment, which runs 4 minutes 47 seconds, featured Ring founder Jamie Siminoff joining Kent to show how in-home drone security might work. According to DroneXL's account of the broadcast, Ring let Kent take manual control of the drone through the mobile app. The aircraft went down twice.
For the first crash, the CBS narration says the drone's collision avoidance "apparently malfunctioned." The Verge reported that Ring told CBS collision avoidance had malfunctioned in that incident. Ring declined to share the video the drone recorded during the flight, so viewers have only the broadcast camera's view of what happened.
The second crash was a collision with a wall. Siminoff said it wasn't Kent's fault. The drone had lost connectivity, he said, and should have done something else: "If it loses connectivity, it's supposed to stop and land." It didn't stop and land. It kept going and hit the wall.
DroneXL reported that the unit on set was Ring's third prototype, and that two advertised behaviors, navigating stairs and syncing with other devices, were not yet working on it.
The Product, as Ring Describes It
Based on the reporting from DroneXL and The Verge, here is what Ring has committed to:
- Price: $249.99.
- Weight: 165 grams.
- Flight control: autonomous only. The "AI Pilot" follows pre-programmed routes to patrol points the owner sets, and there is no manual control option at launch.
- Ship date: January 27, 2027, pending FCC authorization.
- Architecture: Siminoff says the low price comes from keeping onboard sensing light and putting the drone's "brains" in the cloud.
A Ring spokesperson told The Verge that autonomous flight to patrol points is the best customer experience. Ring has not said that the CBS crashes caused the decision, and the reporting doesn't settle why manual control was dropped. The Verge noted that manual controls appear to have existed at some stage of development, and DroneXL reported that Kent said on air Ring may offer them after further testing. What we do know is the order of events: the drone crashed twice under manual control on national television, and two days later Ring said publicly that customers would not get manual control at launch.
The Connectivity Problem
Siminoff's account of the second crash is the most technically important thing said in the segment. Read at face value, it describes a failsafe that didn't work.
Ring says the drone's intelligence lives largely in the cloud. The Verge noted that the drone relies on internet connectivity to fly autonomously, the same flight mode that is now the only one available. In the second crash, by Siminoff's account, the connection dropped and the aircraft failed to do what it was designed to do on losing it. The intended behavior is a familiar one: stop and land. The drone flew into a wall instead.
There is one complication. DroneXL cites Bloomberg's report that a unit without a connection can still take off and land safely, though DroneXL also notes The Verge's launch report said the drone can do little beyond landing without Wi-Fi. That suggests some local control logic on board. But being able to land when nothing is wrong is a different thing from reliably catching a dropped link mid-flight and switching to a safe landing before hitting something. The CBS demo showed the second capability failing, on a third prototype, in front of a camera crew.
Ring may well fix this before January. Siminoff told Kent he feels very confident the company can get the drone to a place where consumers won't see these problems, and prototypes exist to find exactly this kind of failure. But the design choice behind it, a thin sensor suite on the aircraft with the heavy processing done remotely, is what Siminoff says keeps the price under $250. Moving more autonomy onto the drone would likely mean more sensors, more onboard compute and more weight, and those are the costs the architecture was built to avoid.
What Removing Manual Control Does and Doesn't Fix
Dropping the manual mode removes one variable: an inexperienced pilot steering a small aircraft through a cluttered room. Fixed routes to known patrol points are plausibly easier to validate, and a drone flying a mapped path is less likely to meet unexpected geometry than one a user is steering by feel.
It doesn't address either of the failures CBS showed. The first crash was attributed to collision avoidance, and an autonomous drone needs that system at least as much as a hand-flown one, since nobody is watching the path in real time. The second crash was attributed to lost connectivity, and according to The Verge the autonomous mode depends on connectivity too. Taking the phone out of the user's hands changes who is flying. It doesn't change what the drone relies on to fly safely.
Taken together, Ring's explanations for both crashes point at the systems that remain in the shipping product, not at the human pilot who has been removed.
Why It Matters
Consumer indoor drones are a new category, and a security drone has an unusual job: flying unattended through a home, often while the owner is away and nobody can intervene. In that setting the failsafe isn't a secondary feature. It is what stands between a missed patrol and a drone hitting furniture, a wall, a pet or a person with no one there to step in.
Ring's pitch combines a low price with cloud processing, and the CBS segment showed what that trade-off can cost. Home Wi-Fi drops, routers reboot and internet service goes down. A drone whose decision-making depends on that link needs a lost-link behavior that is local, fast and dependable. On the evidence of the broadcast, Ring's prototype didn't have one yet.
Several questions are worth pressing before January 27. What exactly does the drone do on board when the link drops, and how quickly? How does collision avoidance work with the light onboard sensing Siminoff describes? Will Ring release the recorded footage from the first crash, which it has so far declined to share? And will the stair navigation and device syncing that weren't working on the third prototype actually ship?
The ship date still depends on FCC authorization, and DroneXL's own conclusion is that Ring should show a production unit losing Wi-Fi mid-flight and landing on its own before launch. The CBS segment, unplanned as its outcome was, put these questions on the record.
