Dyson has always sold itself as the kind of company that doesn’t cut corners. It is a brand that loves to show you the laboratory, the thousands of prototypes, the measured way it talks about air pressure, suction, and sound. So when Dyson goes quiet, the silence is more than an absence of information—it feels like a crack in the story. That is the environment surrounding the Dyson CameraJet. The company has confirmed, in a tight and tightly controlled way, that a defect exists in some early units. A spokesperson named Thomas said: “We have identified a single component issue affecting a small number of early batches.” He added that Dyson has isolated those batches and is “supporting affected customers.” It is a sentence crafted to sound both precise and reassuring, but the details that follow refuse to reassure. Dyson would not answer where, if anywhere, the CameraJet is still being sold. It would not say when shipments stopped. It would not identify the component, the failure it causes, or the number of units affected worldwide. And it would not explain why a $500 consumer device with suspected reliability problems has not been formally recalled. To a loyal Dyson customer, that silence is disorienting. The company that once built its reputation on solving problems suddenly cannot answer the simplest question: what is wrong? The word “small” may be mathematically true, but for the person whose two-week-old device refuses to charge, “small” is not a measure of the problem. It is a measure of how the company sees them. It also leaves owners in an impossible position. If your CameraJet is still working, you don’t know whether it is one of the affected units. You don’t know what to look for, what to avoid, or whether to keep using it. You only know that a company that once promised better engineering is now hoping that “a small number” will be enough to explain the whole story.
Where Dyson stayed quiet, the internet filled in the silence. On Dyson’s Reddit forums, the CameraJet has already been renamed “ScameraJet.” The nickname is cruel, but it is also a kind of shorthand for the emotional arc that many owners are feeling. They were excited. They paid $500 for something that looked like the future. And then, often within days, the future stopped working. One buyer posted a frustrated account that captures the powerless tone of the moment: “Bought two of these and both of them have stopped working. Since I bought it in the UK and wasn’t planning to return it and have thrown the packaging away, I can’t even return them. Disappointed that they scammed so good. Unbelievable that it lasted just two weeks.” It is hard to read that and not feel the exhaustion behind it. There is anger, yes, but also a kind of sad surprise. Dyson was supposed to be different. The details of the complaint matter. The buyer did not drop the product. The buyer did not abuse it. The buyer simply used it the way it was meant to be used, and it quit. The fact that the original packaging had been thrown away says a lot about how much confidence people place in a new gadget: they assume it will work, so they don’t keep the box in case they have to send it back. For a company like Dyson, that should be a brand failure, not a customer failure. The wider forum thread hints at a pattern that “small number” does not quite cover. It is hard to know how widespread the problem is because Dyson has not offered an official count, but forums rarely light up without a reason. Even accounting for the fact that unhappy customers are more likely to post than satisfied ones, the number of dead CameraJets reported online is enough to make the official statement feel like a quiet hope rather than a full response. A recall would have been dramatic. It would also have been the sort of transparency that builds long-term trust. By avoiding it, Dyson has left its most loyal buyers to put the puzzle together on their own—and the nickname “ScameraJet” is what that puzzle looks like when no one from the company is there to explain it.
Professional repair people listen to stories like this with a different kind of ear. Kyle Wiens, CEO of iFixit, has spent years taking gadgets apart and evaluating how easy they are to fix. For him, the CameraJet problem sounds familiar. “This sounds like a waterproofing issue,” he says. He points out that making products at scale with the tolerances required to waterproof is genuinely hard. It is one thing to design a single prototype that survives a dunking in a lab. It is another to manufacture thousands of units where every gasket, seal, adhesive, and mating surface has to line up within fractions of a millimetre. Wiens says he would need to open a failed unit to be sure, but his guess comes down to one of two possibilities. The first is a tolerance issue—some parts simply are not fitting together as perfectly as they should. The second is a failure in the adhesive curing process, either during manufacturing or in shipping. That second one sounds obscure, but it is more common than people think. A product can leave the factory and pass every test because the glue or sealant has not fully cured. Then the device sits in a container that heats up under the sun or in a warehouse with humidity, and the adhesive shifts, deforms, or loses its bond. By the time the CameraJet reaches its owner, the waterproofing is already compromised. That would explain why a device can work perfectly in Dyson’s testing facilities and still die on a bathroom counter two weeks later. The same failure might not show up until the first time the product gets wet, which is exactly when a water-facing device is supposed to be at its best. Wiens’s suspicion points at something deeply human: a lot of engineering is about controlling the relationship between heat, moisture, and time. When a manufacturing process is scaled too quickly, small variations suddenly become visible. The device itself may be designed well. The production run, though, is where a good concept can become a bad reality.
Adam Toner, founder and technical director of Ripcord Designs, an electronics consultancy that has worked with multinational clients including Formula One Management and Panasonic, has reviewed the public evidence for himself. He also suspects water. “On a product like this, there just should never be any water ingress into the internals,” he says. That is a strong statement, but it is the right one. A $500 device meant to work around water should have an internal environment more sealed than a smartwatch. Toner has not had one on his workbench, but he has watched videos of users opening the device and explaining what they see. “Once you pull the battery off—which is where people say they’re seeing water—it looks like there is probably access from that battery compartment into all of the internals of the device,” he explains. That observation is a clue. If water can reach the battery compartment, then it can travel along wires, connectors, and openings into the main circuit board. A CameraJet that refuses to charge, overheats, or fails to start can all be explained by water somewhere it was not supposed to be. The cause may be as simple and small as a faulty gasket or an O-ring. But in a product like this, the smallest parts often determine the biggest disasters. A single O-ring that is the wrong thickness, or a seal that has been compressed unevenly, can mean the difference between a device that survives daily contact with water and one that dies in the first quiet puddle. The irony is that Toner is not describing a mysterious technology. Waterproofing has been solved in all kinds of consumer devices—diving cameras, swim watches, phones. It is not an impossible problem. It is a discipline. You have to design for it, test for it, and manufacture for it with real care. If water is indeed what is killing the CameraJet, then the failure is not in the product’s concept. It is in the execution. That is an uncomfortable thought for a company that has built its identity on perfecting the details.
All of this raises a question that is difficult to answer without sounding exasperated. The Dyson CameraJet was not an incidental product. The company spent six years developing it. It was, in the words of one critic, a teched-up toothbrush—a device designed to be dunked in water every time it is used, and something that carries liquid around in its own body as part of its normal operation. Water is not the exception for this device; water is the whole point. Yet the product appears to have shipped without a reliable waterproofing strategy. How does that happen? It is possible Dyson underestimated the difficulty of scaling a moisture-proof design. It is possible that the component failure is particular and rare, as the company says. It is also possible that Dyson simply moved too fast, rushing a complicated new product to market before the manufacturing tolerances were fully under control. Six years might sound like a long time, but most of those years are spent inventing the product itself. The last few months are where the real test happens—when the design is translated into tens of thousands of units, with different suppliers, different production lines, and different climate conditions between the factory and the shop. A product that felt waterproof in a lab in Malmesbury can behave very differently when it lands in a humid bathroom in Singapore or a cold flat in Toronto. The more a product is designed to be part of everyday life, the less room there is for hidden weaknesses. A toothbrush, after all, is not an occasional tool. It is a companion. It is used daily, often twice or more. If the CameraJet was meant to play a similar role in people’s homes, then waterproofing was not a checkbox on a list of specifications. It was the foundation on which everything else had to stand. When that foundation is cracked, all the clever engineering above it—every light, every motor, every software feature—becomes just another layer of complexity waiting for water to find its way in.
For Kyle Wiens, the CameraJet situation is not just a reminder that waterproofing is hard. It is a moment of truth for Dyson’s relationship with its customers. “Clearly they didn’t plan for this to happen,” he says. Then he makes a suggestion that sounds radical only because Dyson has avoided it for so long: “They should take this opportunity to invest in repairability. Making products easier to fix also makes them easier to rework when manufacturing defects occur. Dyson is way behind the industry on making repair parts and information available for their products. This should be a wake-up call for them to step up.” In other words, the path forward is not better spin. It is better design. When a product fails, the next best thing to not failing is being able to fix it quickly and cheaply. If Dyson had made the CameraJet with accessible parts, replaceable seals, and clear guides, a faulty component in an early batch would have been an inconvenience, not a catastrophe. Customers could have had the part swapped in minutes. Instead, they are left with a $500 device that stops working and a company that says “we are supporting affected customers” without telling anyone what that support looks like. The repair economy is not an abstract policy argument. It is the difference between throwing something away and keeping it alive. For a company that talks endlessly about designing things better, Dyson’s hostility to repair has always been a strange blind spot. The CameraJet episode is exactly the moment to correct it. Wiens believes this should be a wake-up call, and it should. But a wake-up call only works if someone actually gets up. Dyson has all the resources, all the engineering talent, and now all the evidence it needs. The only missing ingredient is the willingness to be open about what went wrong and to make sure it can be fixed. Customers are not asking for perfection. They are asking for honesty, accountability, and a chance at repair. If Dyson can offer those three things, the CameraJet story may still have a happy ending. If not, the joke writes itself.
