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Gonzalo Roa
Gonzalo Roa

Mobility Exercises for Better Health and Performance: A Guide for All Levels

Mobility Matters: Six Examples of Successful Mobility Concepts from Four Continents

Mobility is defined as your ability to move purposefully as you go through your day. It is the foundation for living a healthy and independent life. Mobility comprises all the skills required for everyday living: physical stamina, strength, balance, coordination, and range of motion.

The way we travel from place to place is changing at a faster pace than any time since the proliferation of automobiles, trains, and airplanes during the last century. There are two main drivers the need to adapt to changes in human behaviors and the need for greater sustainability. These factors are behind the ongoing shifts towards electrification, automation, connectivity, and as-a-service todays major technology trends in mobility.


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In this article, we will explore six examples of successful mobility concepts from four continents that illustrate how innovation is transforming mobility and improving our lives. These examples range from turning street lamps into charging stations for electric vehicles in Europe to providing urban mobility with electric air taxis in Asia.

Example 1: Ubitricity - turning street lamps into charging stations for electric vehicles in Europe Example 1: Ubitricity - turning street lamps into charging stations for electric vehicles in Europe

One of the main challenges for electric vehicle (EV) owners is finding a place to charge their vehicles. According to a report by the International Energy Agency, there were about 7.3 million chargers worldwide at the end of 2019, but only about 1 million of them were public. This means that most EV owners rely on home or workplace charging, which may not be available or convenient for everyone.

A German company called Ubitricity has come up with a clever solution: turning street lamps into charging stations for EVs. Ubitricity has developed a mobile electricity meter that is integrated into the cable that connects the EV to any system socket. The meter communicates with the cloud and enables billing and smart grid services. Ubitricity has partnered with local authorities and utilities to install system sockets on existing street lamps, creating a network of low-cost and low-impact charging points.

The benefits of Ubitricity's concept are manifold. It is cost-effective, as it does not require building new infrastructure or paying for parking space. It is convenient, as it allows EV owners to charge their vehicles wherever they park, without worrying about availability or compatibility. It is scalable, as it can be easily expanded to meet the growing demand for EV charging. And it is green, as it reduces the carbon footprint of EVs and supports the integration of renewable energy sources.

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* Mobility scooter rental Orlando Florida Example 2: Wunder - a ridesharing app that reduces traffic congestion and pollution in megacities in Asia and Latin America

Another major challenge for mobility is the increasing traffic congestion and pollution in megacities, especially in developing regions. According to the World Health Organization, more than 90% of the world's urban population lives in areas where air quality exceeds the recommended limits, causing millions of premature deaths and diseases every year. Moreover, traffic congestion costs billions of dollars in lost productivity, wasted fuel, and increased greenhouse gas emissions.

A Hamburg-based company called Wunder has developed a ridesharing app that aims to reduce traffic congestion and pollution in megacities by connecting drivers and passengers who share similar routes. Wunder is different from other ridesharing apps in that it focuses on daily commuting rather than on-demand transportation. Users can create or join carpool groups, schedule their trips in advance, and pay a small fee to cover the driver's expenses. Wunder also provides incentives for drivers and passengers to use the app, such as rewards, discounts, and gamification.

The benefits of Wunder's concept are obvious. It is affordable, as it offers a cheaper alternative to public transportation or taxis. It is flexible, as it allows users to choose their preferred time, location, and companions. It is social, as it fosters a sense of community and trust among users. And it is eco-friendly, as it reduces the number of cars on the road and the associated emissions and noise. Example 3: Skai - a hydrogen-powered autonomous aircraft that offers clean and safe air mobility in North America

A third challenge for mobility is the high carbon emissions and safety risks from conventional aircrafts. According to the International Civil Aviation Organization, aviation accounts for about 2% of the global carbon dioxide emissions, and this figure is expected to rise as air travel demand increases. Moreover, aviation accidents are still a major concern, despite the improvements in technology and regulation.

A Massachusetts-based company called Skai has developed a hydrogen-powered autonomous aircraft that offers a clean and safe solution for air mobility. Skai is a vertical take-off and landing (VTOL) vehicle that uses hydrogen fuel cells to generate electricity and power its six rotors. Skai can carry up to five passengers or 450 kg of cargo, and fly up to 650 km or four hours on a single tank of hydrogen. Skai also uses artificial intelligence and advanced sensors to navigate and avoid obstacles.

The benefits of Skai's concept are remarkable. It is renewable, as it uses hydrogen as a fuel source, which can be produced from water and renewable energy. It is reliable, as it has a high energy density and a low maintenance cost. It is versatile, as it can operate in various environments and scenarios, such as urban transportation, emergency response, or tourism. And it is accessible, as it does not require a pilot or a runway, and has a low noise level. Example 4: Volocopter - an electric air taxi service that provides urban mobility in Europe and Asia

A fourth challenge for mobility is the traffic jams and noise pollution in densely populated cities. According to the World Bank, urban areas account for about 80% of the global GDP, but also for about 70% of the global energy consumption and greenhouse gas emissions. Moreover, urban dwellers spend an average of one hour per day stuck in traffic, which affects their health, well-being, and productivity.

A German company called Volocopter has developed an electric air taxi service that provides a solution for urban mobility. Volocopter is a multicopter that can fly up to two passengers from point A to point B, either piloted or autonomously. Volocopter has 18 rotors, nine batteries, and a parachute system, and can fly up to 35 km or 30 minutes on a single charge. Volocopter has partnered with airports, regulators, and infrastructure providers to create a network of vertiports, where customers can book and board their flights.

The benefits of Volocopter's concept are evident. It is fast, as it can avoid traffic congestion and reduce travel time. It is quiet, as it has a low noise level compared to helicopters or planes. It is comfortable, as it has a spacious cabin and a smooth flight. And it is futuristic, as it offers a unique and exciting experience of flying in the city. Example 5: Neuron Mobility - an electric scooter rental company that promotes micromobility in Australia and New Zealand

A fifth challenge for mobility is the high demand for short-distance transportation options in urban areas. According to the World Economic Forum, about 60% of all trips in cities are less than 8 km, and most of them are made by cars, buses, or trains. These modes of transportation are often inefficient, expensive, or inconvenient for such short distances, and contribute to congestion and pollution.

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