Environmental sustainability has become a focal point of global discussions and collective efforts. The consequences of climate change and the rapid depletion of our natural resources have heightened our awareness of the environmental challenges we face. Whether it’s reducing our carbon footprint, conserving energy, or minimizing waste, sustainable practices are now more crucial than ever. Travel, which has often been associated with excess and environmental harm, is at the forefront of this sustainability movement. People are increasingly seeking ways to travel responsibly and minimize their impact on the planet.

In this era of digital influence, YouTubers have emerged as powerful advocates for sustainable living and eco-friendly travel. With their dynamic content and large, engaged audiences, they are uniquely positioned to inspire and educate viewers on the importance of eco-conscious travel. Through their videos, vlogs, and live streams, these content creators are not only showcasing beautiful destinations but also demonstrating how to explore the world while minimizing the environmental footprint.

Eco-Friendly Transportation Options

Sustainable transportation is at the core of eco-friendly travel. The traditional modes of travel, especially those heavily reliant on fossil fuels, have contributed to environmental degradation. As the global community becomes increasingly aware of the need for responsible travel, sustainable transportation options have gained prominence. From reducing greenhouse gas emissions to minimizing air pollution and congestion, eco-conscious travel choices are pivotal in safeguarding our planet’s future.

Overview of Eco-Friendly Transportation Alternatives

Electric Vehicles (EVs)

Electric vehicles have become a symbol of sustainable transportation. By replacing internal combustion engines with electric motors, these vehicles significantly reduce carbon emissions and air pollution. The growing availability of EV charging infrastructure and advancements in battery technology have made electric cars an attractive choice for eco-conscious travelers.

Public Transportation

Public transportation systems, including buses, trams, subways, and trains, offer an efficient and sustainable way to travel. By sharing a single vehicle, passengers reduce the number of individual cars on the road, ultimately leading to decreased congestion and lower emissions per capita.

Bicycles and E-Bikes

Cycling and e-biking have gained popularity as sustainable and healthy modes of transportation. They produce zero emissions, require minimal resources, and promote physical well-being. In urban areas, bike-sharing programs have made it easier than ever to access and utilize bicycles for commuting and sightseeing.

Carpooling and Ride-Sharing

Carpooling and ride-sharing services encourage travelers to share rides, reducing the number of vehicles on the road and the associated emissions. These services have revolutionized urban mobility and provided eco-conscious options for those seeking affordable, convenient, and sustainable travel.

The Impact of Transportation on the Environment

It’s essential to recognize the significant impact of transportation on the environment. The burning of fossil fuels in vehicles is a major contributor to greenhouse gas emissions, which are responsible for global warming and climate change. Air pollution from exhaust emissions can harm human health and ecosystems. Additionally, the construction and maintenance of transportation infrastructure can lead to habitat destruction and resource consumption.

Eco-friendly transportation alternatives represent a collective effort to mitigate these adverse effects. As YouTubers delve into the world of sustainable travel, they highlight these options and showcase their benefits, urging viewers to consider more environmentally responsible ways to explore our planet. In the following sections, we will explore how YouTubers are promoting these eco-friendly transportation choices and raising awareness about their importance in achieving sustainable travel goals.

The Rise of Eco-Friendly Travel YouTubers

In recent years, a new breed of content creators on YouTube has emerged, taking on the role of eco-conscious travel ambassadors. These YouTubers have harnessed the power of digital media to promote eco-friendly travel practices, showcasing their adventures with a strong emphasis on sustainability. They prioritize responsible tourism and advocate for environmentally conscious choices, making them the go-to source for travelers seeking to minimize their ecological footprint.

Their Role in Educating and Inspiring Viewers

Eco-friendly travel YouTubers do more than just document their journeys; they are educators and inspirers. Their videos offer a wealth of knowledge on sustainable travel practices, from choosing eco-friendly accommodations to packing light and green. By demonstrating these practices in real-world settings, they make sustainable travel accessible and engaging for viewers.

Examples of Popular Eco-Friendly Travel YouTubers

Itinerary Planning

These YouTubers go beyond the usual travel itinerary. They meticulously research eco-friendly destinations, off-the-beaten-path gems, and sustainable activities. They not only share their travel routes but also provide insights into how viewers can plan their own responsible journeys.

Sustainable Packing and Gear Recommendations

Many eco-conscious travel YouTubers create content on sustainable packing, emphasizing the importance of choosing eco-friendly travel gear, minimizing single-use plastic, and reducing waste while on the road.

Highlighting Eco-Friendly Destinations

These content creators showcase environmentally friendly destinations that prioritize conservation, preservation, and low-impact tourism. They not only share stunning visuals of these places but also delve into the sustainable initiatives being implemented to protect their natural beauty.

The combination of stunning visuals, personal narratives, and a commitment to sustainable travel principles makes these YouTubers powerful influencers in the realm of eco-friendly tourism. As they share their experiences and knowledge with a global audience, they encourage travelers to make more responsible choices and consider the environmental implications of their journeys.

YouTube Livestreams and Eco-Friendly Travel

YouTube livestreams have become a game-changer in the world of content creation, and eco-friendly travel YouTubers are leveraging this medium to foster real-time engagement and interaction with their audience. Live streaming offers a unique opportunity for creators to connect with viewers in a more immediate and authentic way, allowing for a dynamic exchange of ideas, experiences, and insights.

How YouTubers Incorporate Livestreams into Their Eco-Friendly Travel Content

Eco-friendly travel YouTubers use live streaming to complement their traditional video content. Here’s how they incorporate livestreams into their eco-travel initiatives:

Virtual Tours of Eco-Friendly Destinations

Livestreams provide an excellent platform for YouTubers to take their audience on virtual tours of eco-friendly destinations. Viewers can explore pristine landscapes, wildlife conservation projects, and sustainable resorts in real-time, almost as if they were right there with the content creator.

Live Q&A Sessions with Sustainability Experts

YouTubers often host live Q&A sessions featuring sustainability experts, environmentalists, and conservationists. Viewers have the opportunity to ask questions and gain insights on various eco-friendly travel topics, such as wildlife protection, responsible tourism, and sustainable transportation.

Participatory Sustainability Challenges

Some eco-conscious travel YouTubers organize interactive sustainability challenges during their live streams. These challenges may involve eco-friendly travel quizzes, real-time sustainability tips, or even eco-conscious dares, encouraging viewers to actively engage with and learn from the content.

Live streaming allows YouTubers to bring their viewers directly into their eco-friendly travel experiences and the wider conversation on sustainability. It fosters a sense of community and shared responsibility, where individuals can learn, discuss, and act collectively to promote eco-conscious travel. By doing so, they empower viewers to embrace more sustainable travel practices in their own adventures.

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Advancements in Battery Technology and Charging

The few detractors of electric vehicles have relentlessly highlighted the limited range that these cars have compared to their counterparts powered by fossil fuels. The battery advancements have rendered these differences negligible and have turned the tide for many prospective buyers. The highly sophisticated battery packs are the cornerstone of electric cars and represent the heart of the entire system. Lithium-ion batteries have the best energy-to-weight ratio and a superior lifecycle, so they remain the preferred solution.

Scientists are considering the possibility of replacing them with solid-state batteries, which could deliver superior performance. Elon Musk’s Tesla kickstarted the electric vehicle revolution and constructed the first major production facility for battery manufacturing. Inspired by his example, other companies have unveiled their factories, resulting in a steep decrease in battery costs.

We expect to witness the benefits of vehicle-to-grid technology in the foreseeable future. This would represent a breakthrough, allowing users to feed excess energy back into the grid. Electric car owners will enjoy superior access to the energy ecosystem while pushing the expansion of charging networks into overdrive. Here are major Battery Innovations for EVs:

1. High-Energy-Density Lithium-ion Batteries
2. Solid-State Battery Technology
3. Battery Thermal Management Systems
4. Vehicle-to-Grid Integration (V2G)
5. Cobalt-Free Battery Chemistries

Progress is being made monthly regarding the charging infrastructure, with innovations decreasing the charging times. Level 3 fast charging stations are at the forefront of these meaningful changes, as they can charge an electric vehicle in half an hour. At the time of writing, superchargers are still insufficient to cater to all-electric cars, but accessibility to them is improving steadily.

Wireless charging could be the next big thing by further reducing the waiting time while simplifying the process. The prospect of eliminating connectors and physical cables from the equation is attractive, and we are not far away from this desirable outcome. Smartphone owners already benefit from such tech, using charging pads instead of connecting their phones to an electrical outlet.

Efficiency and Sustainability: A Match Made in Heaven

It has always been difficult to convince people to change their habits for the greater good, especially when sacrifices are expected. Some innovations driving modern electric vehicles also made them more appealing by bringing something new to the table. Instead of compromising on speed, torque, and overall performance, EVs outstripped their counterparts in every imaginable way.

Electric motors are the heart of the vehicles, and they can provide almost instantaneous acceleration. City dwellers and people who rely on their cars for daily activities are the main beneficiaries of this unique advantage. A lot of time is spent in traffic, with cars coming to a virtual standstill hundreds of times daily. Drivers feel better about the enhanced traction and performance of the advanced electric propulsion system using multiple motors.

Reducing costs has always been a priority for frugal people; once again, technology comes to the rescue. The electric energy consumed to push the vehicle forward is recovered through regenerative braking. The vehicle’s efficiency and, implicitly, its range increases as kinetic energy is converted back into electrical energy each time drivers push the brake pedal. It is a short list of the top Electric Car Companies of 2023:

1. Tesla
2. Ford
3. General Motors
4. Hyundai/Kia
5. Volkswagen/Audi/Porsche

Electric cars were heralded as an important pillar in the fight against the negative effects of climate change. In addition to reducing admissions, they also use sustainable materials and a less polluting manufacturing process. The carbon footprint is reduced using eco-friendly materials, ranging from recycled plastics to natural fibres. Companies leading the manufacturing of EVs have secured prestigious certification that recognises their commitment to environmentally responsible practices.

Connectivity, Smart Systems, and AI Integration

Electric cars are great-looking, eco-friendly, and efficient and use more advanced software and systems than their classic counterparts. Manufacturers agree that the future of transportation is linked to artificial intelligence and autonomous driving technologies. There are still many legislative hurdles to overcome, but technology continues to make giant leaps forward in this regard. Fully autonomous vehicles are around the corner, using advanced features such as automatic energy braking, lane-keeping assistance, and adaptive cruise control.

Tesla pioneered developing and manufacturing of electric cars and the smart systems powering them. Its autopilot system is one of the best examples of AI integration, as it uses a complex array of cameras, machine learning algorithms, and sensors. Competitors are closing the gap, and more electric vehicles can change lanes, navigate, and park with little human aid. Self-driving cars will roam the streets once the ethical, safety, and regulatory hurdles are overcome.

Some innovations driving modern electric vehicles are invisible, as they focus on connectivity and over-the-air updates. OTA updates facilitate speedy bug fixes, the implementation of software improvements, and the addition of new features. This increases the functionality and performance of EVs while opening a path to continuous improvements that better meet the needs of drivers.

The Future of Electric Cars Looks Bright

Overcrowded and polluted cities need change, with millions of cars driving in every direction. Electric cars can usher in that meaningful change that allows people to enjoy the same convenient and free way of living while doing the right thing. The early adopters took a leap of faith; in this case, they were not disappointed.

It is time for regular drivers to transition to EVs and tap into the immense potential of green driving. The newest technologies and sustainable practices are reshaping the automotive industry, and we can’t afford to miss out on this giant leap forward for humankind.

Conclusion

The rapid advancements in technology are revolutionising electric vehicles. From improved batteries to smarter charging systems and autonomous features, these innovations are reshaping the automotive industry and fostering a greener, more sustainable future in transportation. We’re just scratching the surface of what’s possible in this exciting journey towards modern electric mobility.

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Commuting to work and errands. The owner of an electric scooter does not face crowds in public transport and does not stand in traffic jams on city streets. At the same time, it does not waste much energy, and the route can be constructed so that, for example, to go through a park and get some fresh air.
Moving the sick and elderly people who find it difficult to walk regularly or after an illness or surgery.
Walking, such as trips to the park, the outdoors or sightseeing.
And you can also use an electric scooter in order to get to a parked car or to the metro station in the metropolis.

As you can see, there are many options. Especially when you consider that the electric scooter is almost as convenient as a bicycle, but it has more mobility, since it takes less space when folded.

An electric scooter is uncomfortable in rain or cold weather. There is an opinion that electric scooters should not be used at all in rain and snow. This is not entirely true. Most scooter manufacturers allow their use in rain and riding in puddles. But you have to look at the moisture protection rating. All electronic components of the scooter must have moisture protection. And riders (fans of electric scooters) often make additional sealing for the motor, battery and controller.

In cold weather, electric scooters are more difficult to use. Keep in mind that popular lithium-ion batteries work down to -10 °C, and then quickly lose capacity. Scooters with these batteries cannot be used for travel in freezing temperatures – you won’t get far. Scooters with inflatable tires also cannot be used in cold weather. In addition, cells with a temperature operating range down to -10 °C can be used in the controller. Therefore, most manufacturers of electric scooters limit the lower temperature range in which they can be used to -10 °C.

It should also be remembered that in rain and cold weather the electric scooter is more difficult to control, as it is slippery on the road, which means that steering and braking distance are impaired.

Design of an electric scooter
The design of the electric scooter is similar to the usual, except that it appeared an electric motor and everything that is necessary for its operation. The main components of the electric scooter are:

Bearing frame. This is the basis of the structure, on which all the other equipment is hinged and fixed. It is made of metal (mainly aluminum and its alloys) or carbon.
Steering column (rack). It is used to control the scooter with the handles and controls of the electric motor. It is more convenient if it is telescopic, because in this case you can adjust the height to the specific height of the person.
Deck. This is the name of the platform on which the owner of the scooter becomes while riding. The deck is rigidly attached to the carrier frame. On top, it is usually covered with a layer of rubber or has a grooved surface, often with some kind of pattern to ensure better traction with shoes. The bottom of the deck has a recess that houses the battery and control electronics.
Wheels and electric motor. Usually on a scooter, the front wheel is a swivel slave, the rear wheel is a drive wheel. However, there are also front-wheel drive versions, as well as models in which both wheels are leading. There are two types of drive wheels. The first option – the motor-wheel. In this case, the electric drive is built directly into the wheel. The second is the drive wheel, which is driven by a chain transmission from an electric motor installed on the frame. Wheels also come in tubeless and tubeless and vary in diameter from 4 to 12 inches.
Brakes. Electric scooters use electric or disc brakes. The first does not allow you to make a quick stop, but during use it recharges the battery a little and does not require maintenance. The disc brake effectively dampens high speed, but requires regular maintenance. In addition, there is a rear fender brake – when braking, the foot is placed on the rear fender, and pressing it blocks the rotation of the rear wheel. Rear fender brake is in addition to electric or disc brake.
Power and control electronics. This is primarily the motor, the battery and the controller that controls the operation of the electric motor depending on incoming commands (add speed or brake). Information about the operation of the engine is given on the display located on the steering wheel.
Shock absorbers. Depending on the design can be gas-filled or spring. A number of models, mostly inexpensive, are not equipped with shock absorbers at all. Alternatively, manufacturers claim that pneumatic wheels serve as shock absorbers. These wheels actually cushion the bumps in the motion, but they are not a full-fledged substitute for shock absorbers.

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Today electric scooters are not just an exotic toy, but a convenient mobile transport. It is suitable for daily movement on urban and suburban roads. In order for you to understand how good the electric scooter as a vehicle, we propose to study its advantages and disadvantages.

Considering the advantages of the electric scooter, we are talking about units for adults. So, to their pluses can be attributed:

Economy. First, you can save money on the purchase itself. You only need to choose a model that is suitable in terms of price and quality. Secondly, there is no need to spend money on public transport, gasoline for refueling, car service, car insurance, taxes, but only to charge the battery for 4-6 hours and travel comfortably at any time of day.
Affordability. Electric scooter can be used by adults and children, advanced riders and older people who do not have special driving skills. Master this vehicle can literally everyone for 1 day. Many models have a speed limit mode, which allows you to confidently entrust the wheel even to an 8-year-old child. In addition, the use of the unit does not require a special driver’s license or registration at the traffic police, if the model has a power up to 250 watts.
Safety. The machine is characterized by increased stability on the road – it is very difficult to fall from it even an inexperienced user. In addition, there are three-wheeled models that confidently overcome even steep hills and uneven pavement. It is only important not to start abruptly, do not squeeze the throttle lever or brake.
Maneuverability. The machine will go where a car, motorcycle or moped can’t because of its dimensions or traffic regulations. It completely gets rid of standing in traffic jams, overcomes bumps and even shallow snow. It can pass through the narrowest streets, among obstacles, any pedestrian area: sidewalks, parks, squares, yards.
Ease of operation, storage, care. Electric scooters are compact, especially folding models. They are easy to store in a small closet apartment, carried in the trunk of the car or on the hands in the subway. Even easier to use: just take it outside, stand up and go. Powerful, resourceful models are characterized by relatively low weight with a solid load capacity up to 150 kg. In the care unpretentious: you need to periodically wash the wheels, wipe with a damp sponge housing, lubricate the moving parts, do not forget to charge the battery.
The variety of models. They differ in electric motor power, size. As well as the number and type of wheels, type of shock absorption and battery. They can be with or without a seat. For example, an ergonomic saddle reduces the load on the back and legs, which will please those who like to move in comfort. And units without a seat are ideal for young and athletic riders who don’t have a hard time standing in motion.

Like any type of transport, scooters with an electric motor also have disadvantages. So, the main disadvantages of electric scooters:

Impressive weight. The average weight is 12-20 kg. However, some devices reach 50 kg in a complete set. Such a load is still very difficult to lift up the stairs, especially for girls.
Decrease of the engine power. With a load of more than 80 kg the unit is unlikely to go uphill, and if it will go, then with a good acceleration. And during the ascent experienced riders are advised not to stop and not to reduce the speed, otherwise you can roll back.
Restrictions on the time of use. The optimal time of year for riding is spring, summer, early fall. Riding during rain is highly undesirable. If the motor-wheel is submerged in more than ⅓ of water, a short circuit may occur. And riding under precipitation is uncomfortable: water soaks into your clothes and splashes in your face. In winter it is difficult to move because of the ice and snow, in addition, it is impossible to use an electric scooter in severe frosts.
Minimum capacity. If there is a need to ride a large company or with many things, the electric scooter is not suitable.
Complexity and costliness of repair. After the end of the warranty period repair work and the purchase of original spare parts will be tangible for the “purse”. Taking into account the fact that the specialists do not recommend saving on the battery and the electronic control system.
A scooter with an electric motor is an excellent urban transport. Relatively inexpensive, fast, maneuverable. It is ideal for those who are used to mobility on daily trips to work, for small purchases, to visit, for walks.

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In short, each such bicycle has an electric motor, which gets its energy from the battery and drives the wheel. The battery is mounted on the rack, on the frame, or built into the frame – depending on the model of bike. There are front-wheel-drive and rear-wheel-drive models, and they are powered by a motor-wheel with a built-in motor. Another option is the carriage drive, which engages both wheels and is located near the pedals.

All electric bikes also have a controller – it controls the electronics and transmits the current between the components. Another important part is the on-board computer. On its screen you can monitor the battery charge, power consumption mode and speed.

In different ways. Throttle-mode electric bikes can ride without any human involvement – like mopeds, for example. The driver doesn’t pedal and just enjoys the road. Another option is models with assisted steering. They do not do everything for you, but only help to pedal: the motor is connected at startup, acceleration and in difficult areas, and you control its power. With these models, you have to pedal, but with much less effort than on mechanical bikes. So you can cover really long distances, climb steep hills, and not get tired, even without athletic training. Assist saves battery power and doesn’t take away from the pleasure and benefit of cycling.

How much can I ride on one battery charge?
It depends on its power. To plan a ride, you have to sit down and calculate – you have to divide the battery capacity (listed in watt-hours on the bike’s data sheet) by 12.5. The resulting number is the distance the bike will travel without recharging. But keep in mind that this formula is only suitable for throttle electric bikes, which ride without human intervention. If, on the other hand, the motor runs in spin assist mode, a single charge will also suffice for several long rides in a row.

What should you do if the bike runs out of power in the process?
Keep riding! After all, the electric bike doesn’t turn into a pumpkin when the battery runs out. You can continue riding, pedaling like you would on a regular bike. And models with regeneration capability can even recharge you a bit with your efforts.

And if it breaks down?
Then you can have it repaired by the manufacturer or supplier. All electric bikes are covered by a warranty – as are many other products. But its conditions are, of course, better known before you buy.

How often should the batteries be changed?
It depends on the battery. Lead-acid batteries are the cheapest, but they last only 500-600 charging. Lithium-ion batteries are more expensive and last for 1000 charge cycles. There are also lithium-phosphate batteries, but they cost many times more, so they are almost never used.

Motorized bicycles must be expensive, right?
These bikes are more expensive than regular bikes – because a battery and a motor cost money.

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The monocoach is a high-tech, knowledge-intensive technical means of transportation for one person. And like most modern technical devices, it combines an impressive simplicity of design and construction with a rich scientific and technical history of evolution. The evolution of the wheel into a monocoach.

Today, it’s easy to see the design in photos of the monocycle on the web pages of stores and manufacturers. You can also get some insight by watching videos of monocycles posted online. And, of course, better than a photo of a monocoach is its test drive, when you can feel the device in your hands. However, it is unlikely to see the internal device, because the monocoach is a one-piece, virtually indestructible unit in operating conditions.

Structurally, the monocycle is a motor vehicle based on an electric motor powered by a battery. In this sense, the design of the monocycle has close and distant relatives, depending on each of its parts.

Monocycle and electric motor
So what’s in a monocoach from an electric motor? It’s simple – there’s a stator and a rotor. Except that in a regular electric motor the rotating rotor is inside a stationary stator. In a monocoach, the stator with electromagnet windings is located on the wheel axis, and the rotor rotates around it in the form of a rim with permanent magnets. The rotation is provided by synchronized inclusion of the stator electromagnets so that they attract the permanent magnets of the rotor-rim. And the force of such attraction is not even small, as, for example, a powder magnet on the basis of magneto alloy was able to lift an object exceeding the mass of the magnet by 4450 times, and the magnet created by the Japanese with the size of one square centimeter is able to attract 900 kg of cargo.

Monocycle and mobile gadgets
But unlike a motor-wheel, a monocycle has a task not just to move, but to move with a given orientation in space – the vertical position of a monocycle rider. Previously, a similar problem had to be solved for water and air vehicles – submarines and airplanes. And it was solved with the help of a gyroscope – a device that keeps its initial orientation in space. But it only became possible to solve a similar problem in such a small size as a wheel for a one-man ride after the advent of MEMS sensors (microelectromechanical systems), which have become widespread in smartphones and tablets.

So how does the gyroscope in a monocycle work? Like walking. But unlike walking, when using a monocycle (another name for a monocycle), a person’s legs do not move, but stand on special footrests (like pedals) attached to a high-strength plastic body that covers the rotor-rod and stator of the electric motor. When walking, in order not to fall when leaning forward, a person puts his foot up. With a monocoach, everything changes. When a person leans forward, the weight is transferred to the front of the foot, the footrest and the wheel stator will turn in the direction of the lean.

The monocycle and the computer
In the process of learning to ride a monocycle, there is essentially a synchronization of the internal gyroscope of the human vestibular apparatus with the gyroscope of this miracle machine. Such synchronization requires good speed and would not be possible without the development of microprocessor and computer technology. This is why a special on-board computer performs wheel control. But the computer is most likely a distant relative, as it cannot perform the main purpose of the wheel – rolling. However, the presence of a computer in the design of the monowheel also allows providing audio accompaniment, even playing music, for which audio system speakers are installed in the body. In addition, a computer combined with a wireless communication channel can link the wheel control system with the monocycle rider’s mobile device and, among other things, enable security systems.

The monocycle and the bicycle
Finally, a rim with a tire and an air-inflated rubber tube have been introduced into the monocycle design from a bicycle and a car. This allows you to cushion small bumps and jumps when rolling over small pavement irregularities. But, of course, it is the bicycle, or rather its one-wheeled representative – unicycle, is the distant ancestor of the monocycle, in fact unicycle with an electric motor.

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Uses electric motors powered by an electric battery and a number of gyroscopic sensors for self-balancing and maintaining the horizontal position of the platform for the feet.

The invention dates back to the 1990s, when the first prototypes of vehicles using automatic balancing systems in their design appeared.

Progenitor of the modern gyrotransporta such type can be called the invention of the famous Segway. This device also has two wheels and a platform for the feet. Sometimes the model can even be equipped with a seat.

The first modern gyroscooters began to appear quite recently, in early 2014 x years. Several Korean and Chinese companies took up mass production and modernization of existing prototypes.

If we talk about quality, by 2016 there are already very decent models on sale, which are really great to ride.

A gyro scooter consists of several elements:

2 electric motors;
Gyroscopic sensor system;
The control device that processes the information coming from the sensors;
The body of the gyroscooter;
The battery.

There may be additional devices: display, remote control, Bluetooth module, speakers for music, lights, etc. Different manufacturers can offer different “trimmings”.

How to ride a gyroscooter
The management of the gyroscooter is not hand-arm control, but the movement of the body weight from side to side, like on a skateboard, so you need the knack to cope with the management, but it is easily acquired. For forward movement you have to lean in the appropriate direction, for braking and backward movement – vice versa. Turns are made by shifting body weight in the right direction. In general, everything is simple and logical, this machine is smart, it is interesting to operate it.

When the center of gravity of the body is moved forward gyroscopic sensors detect this movement and the motor begins to rotate forward. When the body is tilted forward, the device moves straight ahead.

Leaning back, the user sets the motion in the opposite direction, the scooter rides backwards.

When transferring the body weight on one leg, only one motor is turned on and the gyro scooter turns.

All actions of the control device and motors occur in a fraction of a second, almost instantaneously, without delay.

Usually after just a few minutes of practice a beginner is already confidently standing on a gyroscooter.

Temperature range for riding:

permissible from -10 to +50 ° C
Recommended from +10 to +30 ° C

Safety
Gyroscooter and some other modern inventions – transport is quite dangerous. In many countries the use of gyroscooters and hoverboards was banned both on roads and on sidewalks (the ban is in force in the UK, it is allowed to use them only in private areas with the consent of the owner). So you shouldn’t ride these devices on the roads. But for the park or playground they are just perfect.

Falls from gyroscooters (especially at speed) can lead to serious injuries, including fractures, but this applies to any transport – from skateboards to bicycles. You need a helmet, elbow and knee protection, and wrist protection, just like with roller skates. But if you look at the skaters, you will not find anyone wearing protection, it is rarely used.

And in general, if you have a place where you can ride, gyroscuter – a great buy for a teenager, which is much more interesting than any skateboard. This is the best buy for the summer. The main thing – first determine where you can ride it!

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