This sleek blade-free desk fan is your portable companion in summers as well as winters!

Sharing office space, the biggest problem, after having to listen to my co-working space neighbor aka my husband speaking on a call is trying to regulate a temperature that works for us. I love staying warm – the AC temperature goes lower than 20 and my fingers start freezing whereas my husband sweats bullets while staying in a 25-degree temperature. That sweet spot, it’s almost a myth for us! What I need is a solution that works for both of us depending on the season – and flo, by designer Soyoung An seems to be an apt design for my needs!

The flo is a desk fan that is portable by nature. The fan’s facade is actually covered – no more hurting your finger by occasionally poking into the blades. The fan can be regulated using a temperature dial at the back of flo – allowing you to easily switch between heating and cooling functionalities. One of the better functionality of the design is the use of a filter, that purifies the air being thrown at you, rather than having the dust from your fan blades being thrown at you. The fan also uses a simple USB-C cable to stay charged at all times. Flo’s aesthetics are simple, yet minimal, making it an easy to own and use piece over the years. And given how it works for all seasons – it reduces the storage space required for the off-seasons.

Muted colors of the flo elevate this design from an ordinary accessory to a statement piece in your setup. The design is also simple, almost intuitive to use with an upgraded functionality – isn’t that what great product design is all about!

Designer: Soyoung An





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This jet-inspired VTOL is propelled forward by two powerful bladeless fans





While VTOLs are futuristic as it is, Jetoptera’s J-2000 pushes that definition further by looking futuristic even for the year 2050. Most VTOLs are characterized by massive propellers or thrusters that allow liftoff, travel, and landing, but Jetoptera’s J2000 and J4000 vehicles avoid that distinction. Instead, they come with Dyson’s bladeless-fan-inspired hoops on the front and the back. The hoops act as thrusters, relying on a proprietary “fluidic propulsion system (FPS).”

The bladeless thrusters look as well as function quite similarly to how the bladeless fans do, “multiplying” the air to generate more thrust. Both devices rely on fluid dynamics to take a relatively small flow of compressed air, and use it to suck a much greater volume of ambient air through at speed, New Atlas adeptly mentions. Jetoptera’s VTOLs come in two variants. A smaller, consumer-friendly J-2000 that comfortably seats 2 people, while a larger J-4000 works like a town car, seating 4. They work just as VTOLs and eVTOLs would work, lifting off and landing vertically like a helicopter, but traveling forward like a miniature plane.

Interestingly enough, the J-2000 and J-4000 are just proof-of-concepts. Jetoptera doesn’t intend on producing these vehicles for use, and wants to avoid going down the arduous path of certifications and aircraft development. Rather, the eVTOLs we see here are proof-of-concepts for Jetoptera’s secret sauce, its bladeless propulsion system. Unlike most VTOLs that run using propellers, Jetoptera’s propellers aren’t limited to a circular shape due to the rotating fan. Given that the fan is located somewhere within the aircraft, the bladeless propellers themselves can pretty much be any shape Jetoptera likes. I personally think the long, flat, almost-rectangular thrusters lend a uniquely futuristic touch to the aircraft. Jetoptera hopes to perfect this propulsion system and build it for other aircraft manufacturers. It’s currently in talks with the US Air Force that’s really interested in the technology.

Designer: Jetoptera

Dyson’s new bladeless fan also humidifies as well as purifies your air with a UV-lamp

Talk about a triple whammy! Dyson’s latest iteration on its iconic bladeless fan, dubbed as the Dyson Pure Humidify + Cool, is the company’s first triple-function machine, engineered to provide a cool breeze, humidify the atmosphere, and filter out particulate matter from the air, bringing it to 99.97% purity.

The Dyson Pure Humidify + Cool is just a marvel of engineering from top to bottom. It builds on the Dyson’s Air Multiplier technology to create a strong, channeled stream of un-buffeted wind, even pulling in air from around the fan’s bladeless rim. The base of the fan pulls air in, passing it through a single high power UV-C light to kill 99.9% of bacteria in the air. A HEPA filter then captures 99.97% of particles as small as 0.3 microns from the air, before passing it through a rehydrator, and then finally projecting hygienically humidified and purified air. The Dyson Pure Humidify + Cool even showcases the company’s latest feature – Jet Axis Control. Two jets on the sides of the rim help amplify the air further, creating the feeling of a natural outdoor breeze… a feeling that most would appreciate, considering how people are spending more time indoors given the current circumstances. “Dyson engineers collected over 40 million data points from eight locations on Dyson’s Malmesbury Research and Development campus and devised an algorithm to mimic natural airflow patterns using the machine’s oscillating barrels, to bring that refreshing breeze feeling indoors.”

The Dyson Pure Humidify + Cool is available starting August 11, in two color variants – white/silver and black/nickel.

Designer: Dyson

You can now 3D print your own iconic Bladeless fan

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If you never had the money to spring for one of Dyson’s bladeless fans, know that you could pretty much print a similar one for yourself. Designed by Daniel Mitchell, a 3-D printing enthusiast from South Africa, this bladeless fan uses an airfoil shape to suck and capture additional air, creating a cool, un-buffeted breeze. It also features a rather neat looking triangular shape that’s cool enough to grab eyes but different enough to keep Dyson’s copyright lawyers at bay.

The fan is almost entirely 3D printed (the files are available to download for free) and requires a couple of extra components (a 120mm computer fan, a 12V DC power adapter, and an on/off switch), and just a touch of technical prowess to piece the entire model together. The total print time is up to 35 hours… which may seem like a lot, but considering that it would take more time to buy and have a bladeless fan shipped to you, Daniel’s 3D printed bladeless fan isn’t all that bad. Did I mention it’s a whole lot cheaper too??

Designer: Daniel Mitchell

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