Skip to main content
  1. Home
  2. Emerging Tech
  3. News

OnePlus unveils world’s smallest drone, and no, it’s not a joke

Add as a preferred source on Google

An ad last month teasing a new product from OnePlus led many to believe the company might be about to launch a new gaming device.

Turns out that’s not the case at all. It is, in fact, a drone. A little one. The world’s smallest, OnePlus says.

Recommended Videos

Listed as a ‘special edition product,’ OnePlus’s DR-1 quadcopter is just 7cm across and 3cm top to bottom. It comes with an equally tiny controller, which can be used to initiate 4-axis flips via a simple flick of the thumb.

A 20-minute charge gives you eight minutes of flight time, during which OnePlus suggests you “challenge your friends to a sky race,” or, rather curiously, try to land it on a “ceiling fan while it’s spinning at full speed,” though it later admits this might not actually be a good idea.

Of course, any product unveiled on or just before April 1 needs to be considered with one eyebrow raised slightly higher than the other, but with the DR-1 lacking the wackiness to make it as an April Fool’s prank, it seems that OnePlus really is getting into the quadcopter business.

It’s almost as if its diminutive drone started out as an April 1 joke before the company realized it actually wasn’t that funny, prompting it to go ahead and make it. After all, a message following a rather elaborate product pitch on the DR-1’s dedicated microsite reads, “While we had some fun with this product pitch, we’ve also prepared a limited quantity of the DR-1 for you to buy.” This appears under the title, “Happy April Fool’s Day from OnePlus!”

It’s not clear how many units OnePlus has made of its debut drone, but if you’re quick off the mark, the DR-1 can be yours for just $20.

Trevor Mogg
Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
Robots can now ‘see’ touch thanks to a new color-changing tactile sensor
Researchers have developed a color-changing tactile sensor that turns pressure into visible information.
Robot Touch Human Finger

Most robots are pretty good at seeing, but touching? That's been a much tougher problem. While humans instinctively know how hard they're gripping a coffee mug or pressing a button, robots have traditionally relied on complex arrays of tiny sensors to estimate the same thing. Now, researchers at Queen Mary University of London believe they've found a much simpler solution: make touch visible.

A sensor that turns touch into color

Read more
Chrome is getting better at understanding the breaks and punctations you never say out loud
Voice typing in Chrome is about to feel much more natural
Google Chrome on Android Featured

Google is quietly making voice dictation in Chrome feel a lot more natural. With the latest Chrome 151 Beta, the company is introducing a new capability that allows the browser's speech recognition engine to automatically infer punctuation based on the way people speak, eliminating the need to explicitly say commands like "comma" or "full stop."

The update may sound minor at first glance, but it addresses one of the biggest frustrations with voice typing: speaking naturally often produces text that lacks punctuation unless users consciously dictate every punctuation mark. By teaching Chrome to understand pauses, rhythm, and speech patterns, Google is taking another step toward making conversations with computers feel more human.

Read more
Horror films play music to warn about danger. These headphones use the same trick to save you from robots
Spherephones replaces factory alarms with music that tells you what is coming and from where.
spherephones-georgia-tech

The ear has always processed what is coming before the eye does. In horror movies, the music always tells you something bad is coming. Now researchers at Georgia Tech are using the same idea in real life to keep factory workers safe around robots.

They have built a wearable headset called Spherephones that converts nearby robot movement into spatial music, giving you a warning before a machine gets too close. It helps the user stay aware without breaking their attention.

Read more