The way that the Solid State MEMS 6-DOF sensor works is the device essentially combining a XYZ-axis gyroscope and XYZ-axis accelerometer with Digital SPI Interface to allow unsurpassed bias stability and noise performance for safety-critical automotive applications. In order for the Onewheel XR board to send signals that monitor motion and provide the correct voltage to the direct drive hub motor, the Onewheel company uses Solid State Micro - Eletro - Mechanical - Systems 6 Degrees of Freedom inertial sensors, or in Layman's terms, MEMS 6-DOF sensors. At home, if you find yourself looking into a battery-powered skateboard or bike, consider how your purchase, and the purchases of many others around you, may bring you and this earth harm. Using cheaper means of production to create products like the NMC battery greatly decreases the quality of them, and they have a destructive effect on the environment and the resources taken. Although battery-powered innovations are considered to be more efficient for humans to use, it is our world’s responsibility to understand the consequences of these innovations, specifically using cheap Lithium-Ion batteries like NMC batteries. These statistics are very eye-opening, as they shed light on the harsh reality of battery-powered innovations that our world continues to produce. These data entries basically indicate that NMC batteries have a higher probability to ignite and burn, given the correct circumstances. Compared to a LFP battery, another form of lithium battery, a NMC battery has a flashpoint of 419 degrees Fahrenheit, while the LFP battery yields a flashpoint of 518 degrees Fahrenheit. NMC batteries are advertised to be a far more durable and efficient substitute for other lithium batteries, but they have a significantly higher chance of combustion. Looking back at its life cycle, NMC batteries, in particular, have a much shorter lifespan than other lithium batteries, containing a useful lifecycle, ranging from 3000 - 5000 cycles. Looking at the bigger picture, the same amount of energy used up manufacturing 16.2 lithium-ion batteries could actually power the average home in the United States of America for an entire year. Furthermore, converting the amount of megajoules it takes to manufacture a lithium-ion battery to kWh, it would require roughly 643kWh in order to manufacture one of these batteries. To put that in perspective, in 2017, the EIA conducted a study that revealed that the average home in the United States of America requires 10,399 kWh to operate annually. The electricity demand of manufacturing a lithium battery is an astounding 586 - 2318 MJ. Manufacturing a lithium battery requires a certain amount of electricity. While electric, battery-powered solutions, in some cases, may be objectively more efficient than other forms of power, lithium batteries like NMC are extremely wasteful. NMC is the go-to cathode powder to create batteries for e-bikes, power tools, and a variety of other electric powertrains. The extended name of NMC is Lithium-Nickel-Manganese-Cobalt-Oxide. The Onewheel XR board would not be able to function without its battery, a NMC battery, which frankly, has a very inefficient life cycle itself. As a society, we trust and blindly accept that the introduction of these innovative solutions automatically provide a more sustainable solution, but are we wrong about the Onewheel XR board? From its wheels to its motor, the Onewheel XR board is a byproduct of our earth’s constant need to innovate for intended good, but what is often not considered is the energy used when producing the board, which, in reality, negates the positive intention behind it. Although this product does not require gas, the energy used to produce it should raise more concern than it currently does. Specifically, an up-incoming product, the Onewheel XR board, has satisfied the market’s need for a fast, efficient, gasless form of transportation. In our current era, you could find bicycles, cars, and even skateboards that are powered by batteries. In efforts to provide sustainable replacements for transportation, battery-powered motors were introduced. In the midst of this constant innovation, the energy required to power our transportation has exponentially increased. From the use of animals, to engines, to battery-powered vehicles, our means of transportation never fails to innovate. Since the beginning of time, humans have used a variety of forms of transportation in order to make their lives easier. An Analysis of the Energy Usage of a Onewheel XR Board
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