NASA Unveils Disk-Shaped Satellites Called “DiskSat” Which Look EXACTLY Like UFOs

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The Alien/UFO narrative is flying at us fast and furious today.

Here’s the latest…

Meet the “DiskSat” a new invention from NASA that looks exactly like a flying saucer UFO.

See for yourself:

Watch a rendering of it flying in Low Earth Orbit here:

While that’s obviously not live video, the device is real and ready to fly — not a concept vehicle.

The device clearly is covered in solar panels and is said to feature electric propulsion.  It needs to be flown into Space, it cannot get there on its own.

Here are more details from NASA:

NASA’s DiskSat technology demonstration mission will test the performance of a new small spacecraft platform designed to expand the capabilities of current small spacecraft. By demonstrating the advantages of a flat, disk-shaped architecture over the conventional CubeSat design, DiskSat aims to enable lower-cost space missions, broaden scientific opportunities, and increase overall access to space.

At 12:03 a.m. EST on Thursday, Dec. 18, DiskSat launched aboard a Rocket Lab Electron rocket from the company’s Launch Complex 2 on Wallops Island, Virginia.

The demonstration will evaluate the performance of the DiskSat spacecraft themselves and a specialized dispenser mechanism. The dispenser is engineered to securely contain four DiskSat spacecraft during launch, then sequentially deploy them into low Earth orbit where they will perform maneuvers. Each DiskSat is a circular, flat spacecraft 40 inches (one meter) in diameter and one inch (two-and-a-half centimeters) thick – similar to a small coffee table. Each has an electric propulsion system to allow for orbit changes and maintenance. The DiskSat design is also conducive to operations in very low Earth orbit, which can offer sharper Earth imaging and sensing capabilities as well as lower latency communications solutions.

DiskSat boosts U.S. innovation and commercial space opportunities while providing mission designers new flexibility, enabling them to pursue and achieve NASA’s goals faster and more affordably. DiskSats offer an alternative platform that could significantly expand the scope of future small spacecraft missions for NASA, the commercial space industry, other government agencies, and academia. The DiskSat demonstration also supports NASA’s long-term plans for sustained exploration at the Moon and Mars as well as advancing our ability to study and better understand our home planet.

The Aerospace Corporation, headquartered in Chantilly, Virginia, is leading the design and development of the DiskSat concept as well as the DiskSat spacecraft. NASA’s Small Spacecraft & Distributed Systems program within the agency’s Space Technology Mission Directorate funded the development of the DiskSat technology and demonstration mission. The program is based at NASA’s Ames Research Center in California’s Silicon Valley. The DiskSat launch and in-orbit operations are funded by the U.S. Space Force’s Rocket Systems Launch Program (RSLP) and Department of War Space Test Program (STP), respectively. Rocket Lab USA, Inc., of Long Beach, California is providing launch services. NASA’s Wallops Flight Facility, the agency’s only owned and operated launch range, enabled the mission providing services such as tracking, telemetry, and range safety to ensure a safe and successful mission.

And more here, also from NASA:

DiskSat is a plate-shaped spacecraft that could offer more power and surface area for instruments and provide more opportunities for NASA to expand mission objectives for small spacecraft. Funded by NASA, small spacecraft designers at The Aerospace Corporation in El Segundo, California, developed the DiskSat technology demonstration to create an alternative to standard CubeSats, maintaining the benefits of the platform while overcoming key limitations.

CubeSats are popular with organizations interested in developing and flying cost-effective and launch-friendly small spacecraft due to their standardized shape, volume, and design. Because CubeSats ride to space in a standard box, referred to as containerization, the simplified interfaces between the CubeSat and launch vehicle readily lend themselves to inexpensive rideshares with frequent and flexible launch opportunities.

Driven by commercial interests, many CubeSat subsystems, such as communication and navigation components, are mass-produced and readily available as off-the-shelf solutions. However, the compact, box-like design of CubeSats can create constraints. Their small form limits available surface area, restricts power generation capacity, and reduces aperture space for large antennas or scientific instruments requiring exposure to space. These physical limitations can constrain CubeSats’ ability to fulfill certain mission objectives that demand higher power or larger scientific instrument.

The DiskSat platform maintains the containerization of CubeSats (using a standard launch container) but uses an entirely new shape: a flat disk. For the first demonstration mission, the DiskSats are 40 inches (one meter) in diameter and one inch (two-and-a-half centimeters) thick. DiskSats use standard CubeSat subsystems, leveraging products of the CubeSat industry. For launch, many DiskSats can be stacked to fit within a launch vehicle’s fairing to quickly release a group of satellites in orbit.

Like CubeSats, the DiskSat design is adaptable. The spacecraft’s dimensions can be increased or decreased to match the dimensions of a launch vehicle, without changing the deployment system. Although some oversize components may be allowed to protrude beyond the disk surface, in most DiskSat designs the electronics and other subsystems that comprise a typical small spacecraft are arranged within the internal volume of the spacecraft. This is similar to a CubeSat, but with the larger volume of the DiskSat platform more payload volume is available, and the flat layout makes internal components more easily accessible, simplifying the build and test process.

Because of the large surface area, DiskSats offer high-power and high-aperture capabilities not possible with CubeSats. Additionally, DiskSats maintain the benefits of CubeSat design, such as a standardized launch interface, low-launch costs, and simple mechanical design.

Mission Applications for DiskSats
There are several mission applications well suited to the DiskSat concept. With the increase in small spacecraft subsystems capabilities, constellations of small spacecraft are becoming the focus of many science investigations as well as technology demonstrations. For example, satellite constellations with high-power, large-aperture, and low-mass are ideal for missions requiring communications and radar. DiskSat’s large surface area is conducive to missions involving signaling, such as those requiring multiple radio frequencies or high-gain antennas.

Adding electric propulsion to the DiskSat platform allows for precise orbit maneuvering. Missions needing continuous thrust for precise orbit maintenance, orbit raising or lowering, de-orbiting at mission end-of-life, and/or the ability to propel themselves from Earth orbit to lunar orbit are all good candidates for DiskSat missions.

With its ability to fly continuously with one face pointing at the Earth, the DiskSat spacecraft can also have a very low drag, making them capable of low altitude missions, less than 185 miles (300 kilometers), such as those necessary for precise Earth observation.

DiskSat Demonstration Mission
NASA’s Small Spacecraft & Distributed Systems (SSDS) program is funding the design and development of a DiskSat technology demonstration mission composed of four DiskSats to verify the performance of this new small spacecraft platform and demonstrate the launch dispenser mechanism.

The demonstration will showcase DiskSat’s maneuverability. The DiskSats in this technology demonstration have electric propulsion for orbit changing and orbit maintenance. After initially deploying all four satellites at the same altitude, one or more satellites will maneuver to lower altitudes. Part of the demonstration mission will test the DiskSat platform’s maneuverability to include flying in the very low Earth orbit environment. This first DiskSat demonstration is anticipated to launch no earlier than December 2025.

For the visual learners, watch this:

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RELATED REPORT:

ALIEN DISCLOSURE: Have You Heard Of Sine-Wave Speech?

I keep telling you, the Alien Disclosure moment is getting closer and closer!

Steven Spielberg has a big new movie coming out in 2026 called Disclosure Day, which is all about — you guessed it — disclosure of Aliens.

The trailer is catching a TON of attention.

Watch here:

So basically the idea is that Aliens come to Earth or finally reveal themselves on Earth and they kind of possess people (looks like Demon possession) and start to speak through them.

Sound familiar?

Sound basically like straight out of the Bible?

Sound basically like what I told you was coming soon?  I told you the Aliens will be the last card they play.

I know, I know….it’s just a movie.

Unless, it isn’t?

Unless just like all the great movie makers, Steven Spielberg is actually being used to roll out Soft Disclosure?

I mean, he literally put “Disclosure” in the name of the movie, but I’m the Conspiracy Theorist?

But I’m not the only person who is noticing…

Here is Dr. Michael P. Masters who told Joe Rogan that Steven Spielberg has been part of “controlled disclosure” since the 1970s:

And then there are the Alien voices…

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Some are claiming Spielberg used “real” Alien voices in the film:

And here:

I don’t have any idea about that, but what’s more interesting to me about the voices is that there IS actually something very real and very strange behind the voices.

It’s called “Sine-Wave Speech” and I’ll show you exactly how it works.

Basically, it’s been used for decades by Hollywood to control how we think and to precondition us to all sorts of ideas ….and that is NOT “conspiracy theory”, that’s fact.

Now I’ll prove it to you…

Watch/listen to this video below.  It’s going to give you two “Sine-Wave Speech” audio blurbs that will almost certainly sound like gibberish to you.  Then it will give you another blurb in English.  Then it will replay the original “Sine-Wave Audio” and you will be able to hear it perfectly:

Of course you can test that it’s not fake by going back and listening to the first part after you know what it’s saying and you’ll be able to hear it clear as day.

Anyone remember the movie Wall-E?

Isn’t that exactly how that bot talked too?

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Gee, I wonder what subliminal messages were programmed into THAT movie?

Here’s another incredible example of Sine-Wave Speech that will further blow your mind:

I will let you in on a secret about Steven Spielberg‘s new movie.

The alien character uses sine-wave speech to communicate, something I’ve researched for over 45 years.

I can condition just about anyone with the right primer. I’ve used this in many projects and here on X. In the specimen video below, you will hear the primer twice, then you will hear the actual words, and then you will always hear it from that primer and other sentences that I can demonstrate.

In the Steven Spielberg movie, the speech is obscured in sign wave plus click sounds.

The interesting thing about sine-wave speech is that subliminal induction has been proven to be able to take place hidden within melodies and songs are words that can impact your choices from your subconscious.

We are living in interesting times .

Here’s one more…from 11-years ago!

This stuff has been around for a very long time and they have been using it to manipulate the public for even longer:

Creepy stuff!

Meanwhile, if this all sounds and feels familiar to you, it’s because they did almost the same noises in Signs.

Remember this?

 

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