Travel vlogging, a subgenre of vlogging (video blogging), has witnessed a remarkable evolution since its inception. What started as raw, unpolished accounts of people’s adventures, often filmed on handheld cameras, has transformed into a sophisticated and highly sought-after genre on YouTube. Today, travel vlogging is marked by cinematic visuals, compelling storytelling, and captivating narratives that transport viewers to far-flung corners of the globe.

At the heart of every travel vlog lies a critical element: transportation. The choice of how a vlogger gets from one destination to another is not merely a logistical consideration; it’s an integral part of the narrative. Whether it’s the hum of a jet engine, the rhythm of train wheels on tracks, or the open road stretching ahead, transportation shapes the travel vlog’s storyline and influences the viewer’s experience. The way vloggers traverse the world directly impacts the content they create.

In a world where innovation and technological advancements are the norm, the landscape of transportation options available to travel vloggers is rapidly evolving. While traditional modes of travel such as air travel, road trips, and rail journeys remain popular, new and unconventional choices are emerging. Electric and self-driving cars, e-bikes, and sustainable, eco-friendly modes of transport are beginning to take center stage. As vloggers seek to capture unique experiences and make their mark on the travel vlogging scene, the modes of transportation they select are undergoing a significant transformation.

Traditional Modes of Transport in Travel Vlogs

Air travel

Travel vloggers have long relied on air travel as a means to swiftly reach far-flung destinations. The allure of boarding a plane and jetting off to a new adventure is undeniable. However, air travel is not without its challenges. We will explore the advantages and drawbacks for travel vloggers, including issues related to cost, security, and the impact of frequent flying on the environment. As sustainability becomes an increasingly critical concern, many vloggers are reevaluating their reliance on air travel.

• Advantages and drawbacks for travel vloggers: Delve into the convenience and speed of air travel and how it enhances the vlogging experience. At the same time, address the downsides, including expensive airfare, security concerns, and the carbon footprint of flying.
• Impact on the environment and sustainability concerns: Discuss the ecological consequences of frequent air travel for travel vloggers, as well as emerging efforts within the community to address sustainability through carbon offset programs and conscious travel choices.

Road trips

The classic road trip has always held a special place in travel vlogging. The open road, diverse scenery, and unexpected detours offer vloggers a different kind of adventure. Explore the appeal of road trips for travel vloggers and how the freedom of the road translates into compelling content. However, also delve into the challenges and safety considerations, such as long hours on the road, vehicle maintenance, and unforeseen obstacles.

• The appeal of road travel for travel vloggers: Discuss the romanticism of road trips, the flexibility they offer, and the unique storytelling opportunities they present.
• Challenges and safety considerations: Address the logistical challenges vloggers face, including planning, budgeting, and staying safe on the road.

Rail travel

Scenic train journeys have captured the imagination of both travelers and travel vloggers. The slow pace, panoramic views, and rich cultural experiences make train travel an attractive choice. Investigate the rising popularity of train journeys in travel vlogs, including iconic routes and the unique experiences they offer. Additionally, explore the practical aspects of rail travel, such as ticketing, schedules, and the importance of pre-planning.

• Scenic train journeys and their popularity: Highlight some of the world’s most stunning train routes and how they have become a focal point in travel vlogs.
• Experiences and logistical considerations: Discuss the practical aspects of train travel, including navigating stations, securing tickets, and the pleasures and challenges of life on the tracks.

Traditional modes of transportation have long been the foundation of travel vlogging, shaping the content and experiences of vloggers. By exploring the advantages, drawbacks, and unique aspects of air travel, road trips, and rail journeys, we gain insight into how these traditional choices continue to influence the travel vlogging landscape. In the next section, we will venture into the emerging and alternative modes of transport that are reshaping the future of travel vlogging.

Emerging and Alternative Modes of Transport

Electric and self-driving cars

The emergence of electric and self-driving cars presents an exciting frontier for travel vloggers. These modes of transport offer unique advantages, from reduced environmental impact to enhanced flexibility. Explore the benefits for travel vloggers, including greater freedom in choosing routes and destinations. Additionally, delve into the technological advancements driving the popularity of electric and self-driving cars and their implications for travel content creators.

Benefits for travel vloggers: Highlight the advantages of electric and self-driving cars, such as sustainability, cost savings, and the potential for innovative storytelling.

Technological advancements and implications: Discuss the role of cutting-edge technology, like autonomous driving systems, in reshaping the travel vlogging landscape and the considerations vloggers face when using such vehicles.

E-bikes and scooters

Micromobility options like electric bikes and scooters have surged in popularity, particularly in urban environments. These nimble, eco-friendly modes of transport offer vloggers unique opportunities for urban exploration and eco-conscious content creation. Dive into the rise of micromobility in travel vlogs and the potential impact on environmental sustainability and accessibility to uncharted cityscapes.

The rise of micromobility in travel vlogs: Explore how e-bikes and scooters are making their way into travel vlogging, providing fresh perspectives on urban travel.

Environmental impact and urban exploration: Discuss the environmental benefits of micromobility and how they enable travel vloggers to navigate crowded cities and discover hidden gems.

Sustainable and eco-friendly transportation

With an increasing focus on sustainability, a new wave of travel vloggers is championing eco-conscious transportation options. These vloggers are dedicated to reducing their carbon footprint and promoting responsible travel. Examine the role of these vloggers in advocating for sustainable choices, the use of renewable energy sources, and their influence on the broader travel vlogging community.

The role of eco-conscious vloggers: Highlight the efforts of vloggers committed to sustainable travel and how they inspire viewers to make more environmentally friendly choices.

Renewable energy and sustainable options: Discuss the use of renewable energy sources, such as electric charging infrastructure and renewable fuel alternatives, in travel vlogging, as well as the potential for ecotourism.

As traditional transportation options remain relevant, the emergence of electric and self-driving cars, micromobility, and the adoption of sustainable transportation practices are reshaping the future of travel vlogging. These alternatives offer not only innovative travel experiences but also the potential to drive change in the travel industry’s ecological and ethical footprint. In the next section, we will delve into how these choices impact the content creation process in travel vlogs.

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Electric cars appeared before cars with internal combustion engines. The first successful experiments with vehicles powered solely by electric energy took place as early as the first half of the 19th century. And at the beginning of the 20th century, electric cars became widespread, surpassing gasoline-powered cars in popularity. For example, between 1900 and 1910, more than 40 percent of the cars that drove on U.S. roads had electric units.

However, the rapid development of the oil industry and improvements in internal combustion engines led to the long neglect of electric cars, whose weaknesses were low range and the complicated process of recharging the batteries. Interest in environmentally friendly cars returned only in the 1970s amid a sharp spike in fuel prices.

Now electric cars are in their third youth and interest in them seems only to grow. Global sales of zero-emission vehicles are increasing every year. For example, in September 2021 an electric car for the first time topped the rating of the most popular models in Europe – the Tesla Model 3 for one month has sold 25.6 thousand units and surpassed such traditional leaders as Renault Clio, Dacia Sandero and Volkswagen Golf in sales.

In the future, the popularity of electric cars will only grow. Due to the tightening of environmental regulations, more and more manufacturers are converting their models to electric power. In the next 10-15 years a number of major companies are planning to remove traditional combustion engine vehicles from their lineup. For example, after 2025, Jaguar will switch to electric motors, and five years later Volvo will follow suit.

In the same 2030 Renault will completely refuse from petrol and diesel cars. Audi will switch to electric cars and will release its last car with a classic powertrain in 2033. In addition, General Motors and Ford are preparing a global electrification of their model lineup for Europe. Finally, South Korean Hyundai and Kia will stop selling internal combustion engine vehicles in Europe by 2035.

How electric car works and why it is simpler
Electric cars use an electric motor instead of the classic internal combustion engine, which is structurally much simpler than an internal combustion engine as it contains fewer parts and mechanical connections.

A traditional electric motor consists of a stationary part, the stator, and a moving component, the rotor. When connected to the mains, a circular rotating magnetic field is generated in the stator, which penetrates the rotor winding and induces an induction current in it. A torque is then generated, driving the rotor in motion. The electrical energy supplied to the windings is converted into mechanical rotational energy. As a rule, a one- or two-stage planetary gearbox is used as the transmission, the principle of operation of which is similar to the classic automatic gearbox.

The power source is rechargeable batteries, which on the latest vehicles can provide autonomous travel up to 1,000 kilometers (for example, the Mercedes-Benz EQXX). Battery recharge time depends on battery capacity and the type and power of the charger – it can range from half an hour to several days.

The batteries in the first electric cars were short-lived, but with the development of technology their service life has increased significantly.

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In August 2013, Elon Musk presented a concept of superfast transport of the future – a vacuum train and Hyperloop highway. Inside the steel tube on air cushions will move transport capsules, each accommodating up to 28 people. The speed roughly corresponds to the speed of sound in air – 1200 km/h.

In 2010, the Chinese company Shenzhen Huashi Future Parking Equipment presented a project of 3D Express Coach. Although it does not look like a traditional bus: according to the idea of the developers, it should move in parallel to the movement of urban transport and over it. For this purpose the roads should be equipped with something like a monorail on the sides. The width of the bus is designed to cover two car lanes.

Seats for passengers are located on the second level, for their embarkation and disembarkation special platforms should be built. In case of an emergency, they can leave the bus with the help of an inflatable ramp. 3D Express Coach is designed for 1,200 – 1,400 people – according to the creators, it can replace about 40 regular city buses, and its appearance will reduce traffic jams by 30%.

The project was to be launched back in 2010 in Beijing, but the local authorities later abandoned the idea. The authorities of the Shijiazhuang urban district and the city of Wuhu showed interest in the two-level transport. It is not known at what stage the projects are now. Also in 2013, the authorities of the Brazilian city of Manaus signed a contract with the developers of the bus to build such a road system.

E-Volo multicopters
In 2011, three German engineers developed a prototype of the first manned multicopter with 16 propellers. The total weight of the construction is 80 kg. In fact, the multicopter is two crossed aluminum five-meter beams, which is attached to the pilot’s seat. The seat is supported by a large orthopedic ball to soften the landing. The flying machine is controlled with one joystick.

The main advantages of E-Volo are safety and affordable price. The copter will be able to remain in the air even if several propellers fail. In case all of them fail, a parachute system will work, which will take the pilot and the vehicle to the ground. According to the creators, the cost of the multicopter will be determined by size and payload capacity, but the initial price for the simplest package is $1,000. While the prototype can stay in the air no longer than 20 minutes, because the E-Volo runs on electricity, but the creators promise to increase the flight time to one hour. The speed is up to 60 km/h.

Travolators from NBBJ
A few days ago the architectural bureau NBBJ presented a concept of the unloading of the circular line of the London Underground. At its heart is a network of moving at different speeds continuously moving travolators.

NBBJ proposes to place three moving walkways in a row in the subway tunnels. One of them will move at a speed of 44 kilometers per hour, the middle one – slightly slower, and another one – at the speed of a human step, so that it was convenient for passengers to enter it from the platforms. According to the developers, it is “healthy and pleasant” alternative to the subway.

Suborbital Space Ship Two
This year Richard Branson’s Virgin Galactic company is going to begin testing the second suborbital tourist spaceship Space Ship Two.

According to the plan of Virgin Galactic Space Ship Two should be delivered by the carrier aircraft White Knight Two to an altitude of 15 kilometers, and then, after separation, continue its flight two and a half hours. Passengers will spend about 6 minutes in weightlessness. One such device is designed for two pilots and four passengers. According to Virgin Galactic CEO George Whitesides, by April 2015, more than 700 people had prepaid for future flights. One trip on Space Ship Two costs about $200,000.

Terrafugia TF-X Flying Cars
In the spring of 2013, the American company Terrafugia began developing a flying car with a vertical takeoff and landing system. The TF-X will be based on a hybrid electric motor – which will allow charging the car from a simple outlet. Terrafugia developers claim TF-X will be able to accelerate up to 322 km/h in the air and control the car no more difficult than a simple sedan. But before the first flight, drivers will have to take a special five-hour training course.

To start flying, the driver will need to specify the desired landing spot and several alternatives – the TF-X system constantly analyzes flight conditions and can adjust the course.

Terrafugia has calculated that it will take them about ten years to start mass production – a prototype car built in 1:10 scale has already passed the tests. How much will the Terrafugia TF-X cost buyers is still unknown.

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The electric scooter occupies a special niche among other types of electric transport. After all, unlike segways or gyros, the electric scooter can comfortably move along the roadway, along with other road users. This is a convenient urban transport, which can be purchased as entertainment and for quite business or household purposes. In addition, an electric scooter is a very economical and environmentally friendly form of transport.

One of the varieties of electric scooters are tricycles. They are much more stable on the road, so they are suitable for beginners.

Here you should be guided primarily by its weight class. The dimensions of the scooter depends on its maneuverability, and therefore your safety and comfort. For your own convenience, buy the same TC, corresponding to your complex. If you pick up an electric scooter not in their size, it will affect its behavior on the road. Will change, for example, the length of the braking distance, the rate of entry into the turn, roll, stability, ability to overcome the rise. In this case, not only your riding pleasure, but also your safety will be endangered.

Urban electric scooters range in weight from 50 to 100 kg. Massive and powerful electric scooters allow you to carry small loads.

Cruising range, battery power, maximum speed
This criterion is of interest for each buyer and is crucial when choosing a particular model. How long can modern electric scooters travel after the battery is fully charged?

The range of the maximum range varies very widely: from a minimum of 10 km, which may be enough for a trip to work and home, to already serious, 70 km. This range is enough for a weekend trip out of town.

Especially it would be desirable to note such parameter, as speed. The faster you ride, the less power reserve of the electric scooter becomes, due to the load on the engine. The optimal speed of popular models is in the range from 30 to 55 km / h. Remember that the electric scooter is not designed for “racing”, exceeding the speed is fraught with danger to you and others.

Engine power
Of course, it is better to choose an electric scooter with a more powerful electric motor. Not only the range, but also the rate of acceleration from a place, acceleration in motion, the maximum speed and load capacity depend on the power. Partly, this factor also affects the cross-country ability of the vehicle.

“Standard” urban electric scooters have a capacity of 350-800 watts. There are models with power 1000-2000 watts. they are able to move sharply uphill and develop greater speed. Models with motor power from 2000 watts belong to the expensive price category “sports” electric scooters. They can carry two passengers, take off sharply, in such models the braking system is thoroughly worked out and they are not intended for beginners without scooter driving experience.

Battery life and type
The battery type determines the lifespan of the device. Electric scooters are now available with 3 types of batteries:

Lead-acid (AGM)
Lead-acid with silica gel (GEL)
Lithium polymer .

The resource of the first two is limited to 300-400 charge cycles, while the lithium-polymer can “last” more than 500 cycles. The type of battery affects the cost of the device.

Brake system
Two types of brakes are installed on electric scooters – drum brakes and disc brakes.

Drum brakes are the standard simple design used in most city models. They are suitable for non-speed scooters with low to medium capacity and engine power.

Disc brakes provide more effective braking, so they are installed on powerful and heavy electric scooters. This is rather a necessity, because drum brakes are simply not suitable for such vehicles.

For measured urban use of the scooter quite suitable drum brakes.

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