NASA's inventive Martian helicopter with a Samsung Galaxy S5 chip

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Nasa’s inventive Martian helicopter uses the same chip as samsung galaxy s5

In April 2021, NASA made a historic flight of its Ingenuity Martian helicopter, the first truly successful experiment with helicopter flight on another planet. For this groundbreaking achievement, NASA engineers used the most common component - a Samsung Galaxy S5 chip.

Using technologies developed for consumer electronics in space missions is a typical practice for NASA. This allows to significantly reduce the cost of development and accelerate the evolution of space technology.

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The Samsung Galaxy S5 chip that powers the Martian helicopter was chosen because of its good performance, reliability and low power consumption. It allows controlling the helicopter and processing the data received from its sensors. In addition, the use of the Samsung Galaxy S5 chip reflects the significant technological advances that have occurred since the development of the Martian rovers.

Despite its simplicity, Ingenuity’s Mars rover is ushering in a new era of possibilities in exploring the surface of Mars. Its flights allow scientists to obtain valuable data and images, as well as gather information for future missions to the Red Planet. The use of the Samsung Galaxy S5 chip highlights NASA’s enthusiasm and innovative spirit in exploring Mars and conquering new fronts in the space exploration program.

Inventive Martian helicopter

NASA recently sent a miniature Ingenuity helicopter to Mars, marking the first-ever autonomous flying vehicle on a planet other than Earth. The helicopter was designed to demonstrate the ability to perform controlled flights on Mars, which opens up new vistas for exploring the planet and could be the first step towards realizing human missions to Mars.

It is interesting to note that Ingenuity’s Martian helicopter uses the same chip that was used in Samsung’s popular Galaxy S5 smartphone. This chip powers the helicopter and allows it to perform various tasks during flight.

Ingenuity is small in size and weighs only about 1.8 kilograms. It is equipped with a high-resolution camera that allows it to transmit high-quality images from the surface of Mars. The helicopter is also equipped with various sensors that help it navigate and fly with high precision.

Ingenuity was delivered to Mars along with the Perseverance rover, which became the base for the helicopter. Ingenuity’s first launch took place on April 19, 2021, and it demonstrated a successful takeoff and landing mission. The helicopter made several controlled flights to a height of about 3 meters and lasting about 40 seconds each.

The success of the Ingenuity mission gives developers the opportunity to explore new ways to explore and use autonomous flying vehicles to explore other planets and satellites in the solar system. This opens new horizons and provides more accurate information about the composition and structure of celestial bodies.

NASA with Samsung Galaxy S5 chip

It turns out that NASA’s most advanced Martian helicopter, Ingenuity, uses the same processor as the Samsung Galaxy S5 smartphone. This is pretty surprising considering that the Samsung Galaxy S5 was released in 2014, while the Ingenuity helicopter is going to Mars in 2020.

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The chip used in both devices is called the Qualcomm Snapdragon 801. While it may seem outdated compared to modern mobile processors, this chip is still powerful enough to be used on Mars. It provides the helicopter with the computing capabilities needed to perform complex tasks and process data from its cameras and sensors.

Interestingly, the Ingenuity helicopter weighs only about 1.8 kilograms, including all of its hardware and tools. While the Samsung Galaxy S5 weighs around 145 grams. This demonstrates the incredibly compact size and lightness of the Martian Helicopter, which was specifically designed and built to operate in the extreme conditions of Mars.

Using technology developed for mobile devices in space missions is not new to NASA. It saves time and resources for developing and testing new technologies, as well as creating more compact and efficient devices for use in space.

Thus, the Ingenuity Martian helicopter equipped with a Samsung Galaxy S5 chip becomes another example of innovation in space technology and shows that even old devices can be useful in new and unfamiliar environments.

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NASA recently unveiled the Ingenuity Martian helicopter, which successfully made its first flight on the surface of Mars. One of the most interesting facts about the helicopter is that it uses the same processor as the Samsung Galaxy S5 smartphone.

The processor in the Ingenuity Helicopter is a modified version of the Qualcomm Snapdragon 801 processor that was used in the Galaxy S5. This processor is over 6 years old now, but it is still capable of delivering high performance and reliability.

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Using a processor from a smartphone in a spacecraft may seem unusual, but there are several reasons why NASA chose this option.

  • Reliability: the Snapdragon 801 processor has been used extensively in smartphones and is well studied. It has proven its reliability and ability to perform under extreme conditions.
  • Resource efficient: utilizing an existing processor saved time and resources that would have been spent developing a new processor from scratch.
  • Compatibility: the modified version of the Snapdragon 801 was easily integrated with other helicopter components and software.

While the Snapdragon 801 processor may be outdated compared to current models, it is still capable of delivering sufficient performance to fulfill the Martian helicopter’s mission. This demonstrates how fast technology is evolving and how advanced smartphones are these days.

So, using the same chip found in the Samsung Galaxy S5 has allowed the Ingenuity Helicopter to get reliability and performance despite being on another planet. It’s an impressive example of the fusion of modern technology and space exploration.

FAQ:

What chip is used in NASA’s Martian helicopter?

NASA’s Martian helicopter uses a Samsung Galaxy S5 chip.

What are the main features of the Samsung Galaxy S5 chip?

The Samsung Galaxy S5 chip has eight cores clocked at 2.5 GHz. It is equipped with 2GB of RAM and an Adreno 330 graphics gas pedal. The chip supports NFC technology and has a GPS module.

What are the benefits of using the Samsung Galaxy S5 chip in a Martian helicopter?

Using the Samsung Galaxy S5 chip in the Martian Helicopter has several advantages. First, it has high performance and powerful capabilities, allowing you to control the helicopter millions of kilometers away from Earth. Second, the Samsung Galaxy S5 has a wide array of sensors such as accelerometer, gyroscope, and magnetometer that help the helicopter navigate through space. The chip is also reliable and stable, which is crucial for the Mars mission.

What is the role of the Mars Helicopter in NASA’s Mars mission?

The Mars Helicopter is the first aircraft to be flown to Mars. Its primary role is to explore the planet’s surface and provide additional terrain information for the Perseverance rover. The helicopter also aims to technologically demonstrate the feasibility of space flight on other planets.

How is the Martian helicopter controlled from Earth?

The Martian helicopter is controlled through NASA’s mission center using commands and software. The helicopter receives commands through communication with the Perseverance Mars Rover, which acts as a liaison between the helicopter and the Earth team. Commands are relayed to Mars and executed by the helicopter, which flies autonomously according to prescribed parameters.

Why will a Martian helicopter be used on Mars?

The Martian helicopter will be used to explore the surface of Mars from the air. It will be able to reach areas inaccessible to rovers and provide a wider view of the region.

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