Urban Mobility: What Does It Have to Do With You?

Skipping the Gym: How Much Exercise Can Your Daily Subway Commute Give You?

On a Friday evening, the gym is packed with exhausted office workers crowding the treadmills and cable machines. Lin Chen stands at the front desk, looking at his annual gym membership on his phone—he’s had the card for a full eight months, yet the number of times he’s actually been can be counted on one hand. Every time he works late into the night and sees the check-in reminders from the gym, he feels an indescribable sense of guilt. Having sat in front of a screen for eight hours, his neck aches and a paunch is starting to show; he is well aware of the health risks of a sedentary lifestyle, but simply lacks the energy and time to dedicate to “checking in and sweating it out.” This is almost the shared dilemma of modern urbanites: we spend money on gym memberships, trying to offset a whole week of sitting with one or two high-intensity workouts, only to end up caught in a cycle of exhaustion and guilt. However, many people may not have noticed that the best “free gym” in life is actually hidden in our seemingly mundane daily commutes.

In health and exercise science, there is a severely overlooked concept called Non-Exercise Activity Thermogenesis (NEAT). It refers to the energy we expend in daily life through all the minor movements like standing, walking, and climbing stairs, aside from dedicated physical exercise. The structure of modern cities has drastically altered this daily physical activity, and a lifestyle overly reliant on private cars is pushing people into a sub-healthy state of chronic physical inactivity.

Statistics show that the proportion of overweight or obese adults globally has reached as high as one-half. Many blame this on diet or a lack of time to go to the gym, but in reality, what truly causes our physical functions to gradually decline are those “fragmented activity times” invisibly stripped away by technology and cars. When we go straight from our office chairs into our private cars, and then take the elevator from the underground parking garage straight to our front doors, the energy metabolism that should naturally occur throughout the day is completely interrupted.

In contrast, public transit systems are essentially “walking-based” transport networks. Every time you walk out of your home to the bus stop, rush through underground passages to transfer, stand on the platform waiting for a train, or walk from the station to your office, these seemingly insignificant little movements are silently activating your muscles and cardiopulmonary system.

If we were to conduct a real-world comparison of physiological data between driving and taking rail or bus transit, the results would be astonishing.

Data released by the International Association of Public Transport (UITP) shows that for those who commute by car, the effective time spent on physical activity during their entire commute averages less than 1 minute per day. The high comfort and privacy of cars confine people to an enclosed space that requires almost no use of major muscle groups, dropping heart rate and metabolic levels to near-sleep baselines.

Conversely, those who choose public transit and active mobility present a completely different picture in terms of exercise. Commuters taking trains or rail transit get an average of 8 to 15 minutes of effective physical activity from transfers and walking on a single trip; for bus riders, this number rises to 22 minutes; and for those who walk the entire way, the one-way activity time is about 17 minutes. Overall, taking public transit can easily increase a person’s daily step count by more than 30%.

This means that an office worker who commutes by subway every day, even without ever stepping foot in a gym, can effortlessly complete 20 to 30 minutes of low-to-moderate intensity physical activity just through the transfers and walking during their morning and evening commutes.

Don’t underestimate these 20 to 30 minutes of fragmented exercise. The authoritative health recommendation from the World Health Organization (WHO) is that adults should maintain at least 30 minutes of daily physical activity. The increase in steps brought about by taking public transit perfectly fills this quota.

The long-term effect of this “daily micro-exercise” on preventing chronic diseases is far more significant than going to the gym once or twice a month for explosive, intense workouts. Studies show that people who consistently complete 30 minutes of daily physical activity can reduce their risk of type 2 diabetes by 35% to 50%; their risk of coronary heart disease can be reduced by 20% to 35%; and their risk of Alzheimer’s disease can similarly be reduced by 20% to 35%.

Moreover, the improved blood circulation and endorphin release brought about by daily walking can effectively alleviate anxiety and depression, reducing the risk of depression by 20% to 30%, and lowering the risk of colon cancer by 30% to 50% and breast cancer by 20%.

As the research report points out, promoting active mobility and public transportation not only significantly reduces healthcare expenditures for cities and individuals, but also serves as the most natural remedy for urbanites to improve their bodily microcirculation.

Having understood this, Lin Chen was no longer anxious about his dusty annual gym membership. The next morning, he got off the subway one stop early and decided to walk the remaining 800 meters. Morning light filtered through the green space at the street corner, and a refreshing breeze brushed his face. He quickened his pace amid the bustling crowd, listening to music in his earphones, feeling the rhythmic contraction and relaxation of his calf muscles. A city doesn’t need everyone to be a marathon runner or a fitness guru. Next time, when you’re walking through the deep transfer corridors of a subway station or stepping onto a slightly steep flight of stairs, try changing your mindset: you don’t need to clock in at a gym, because on the tracks laid out for you by this vast city, every step is a gentle investment in your health and a reconnection between your body and the urban pulse.

Stuck in Rush Hour Every Day: How Much of Your Wallet and Time Are Being Stolen?

At 7:45 AM on a Monday morning, the red line on the navigation app stretched glaringly for several kilometers. Zhang Wei shifted into neutral, his right foot on the brake, staring at the dense sea of red taillights ahead. The car radio was playing relaxing music, but his heart rate kept rising along with the idling fuel consumption flickering on the dashboard. Outside was a stop-and-go convoy of steel; inside was anxious waiting. There were only 20 minutes left until clock-in time, and he was still a full 6 kilometers away from the office. This is the predictable daily drama repeated every workday by countless urbanites. We have long grown accustomed to rush hour congestion, viewing it as an unavoidable minor cost of modern life. However, if we were to meticulously calculate the time, fuel, and energy lost in this stop-and-go traffic into a ledger, the results might be astonishing—traffic congestion is stealing every driver’s wallet and quality of life in an extremely insidious way.

Whenever vehicles are stuck crawling during rush hour, people tend to notice only the dropping needle on the fuel gauge or the declining battery percentage, while overlooking the massive hidden costs brought by congestion.

In fact, when a car is idling or in a low-speed state with frequent starting and braking, the engine’s combustion efficiency drops to its lowest point. Not only does fuel consumption per unit of distance increase sharply, but it also releases exhaust pollutants far higher than during normal driving. This means that a large portion of the money you spend on gas while stuck in stop-and-go traffic doesn’t translate into miles driven, but is directly converted into rolling heat waves and exhaust fumes right on the spot.

Beyond the immediate costs of gas and electricity, the economic losses converted from wasted time are even more staggering. According to research published by the International Association of Public Transport (UITP), traffic congestion in Europe alone causes economic losses of up to 100 billion euros annually, equivalent to 1% of the local GDP. In developed markets such as the UK, Germany, and the US, the direct and indirect economic losses caused by traffic congestion in 2019 averaged as high as $975 per resident (nearly 7,000 RMB). This money encompasses not only wasted fuel but also hundreds of hours of highly productive time that could have been spent working, resting, or spending time with family.

If you think that finally escaping the congested main road means relief, then navigating the ‘last few hundred meters’ near your destination will often subject you to a more insidious secondary torment—finding a parking space.

Studies show that in the central districts of many bustling cities, an average of up to 30% of the vehicles on the road are not actually going anywhere, but simply cruising around looking for an empty parking spot. These ‘aimlessly roaming’ vehicles intertwine with the commuter traffic, adding an extra risk of gridlock to the already fragile neighborhood traffic.

To make matters worse, private cars occupy not just the roads while in motion. A private car spends 95% of its time parked, and providing parking space for these stationary vehicles in city centers consumes an enormous amount of precious urban land. To accommodate these behemoths, cities are forced to shrink sidewalks and public green spaces, converting large swaths of prime real estate into parking lots. Meanwhile, persistently high parking fees and the scarcity of available spots add yet another layer of financial and psychological burden to commuters’ daily mornings.

Facing the “double hemorrhage” of time and money caused by congestion, an increasing number of cities and commuters are beginning to explore smarter mobility solutions.

Many cities have started adopting the “Park & Ride” (P+R) model to tackle this challenge. For instance, cities like Helsinki have set up convenient park-and-ride facilities next to major transit hubs on the outskirts of the urban area. Commuters can park their private cars in the suburbs and then seamlessly transfer to rail or bus services straight to the city center. This not only avoids wasting time in downtown traffic and searching for parking spots, but also significantly cuts the expensive downtown parking costs and the high fuel consumption from stop-and-go driving.

At the same time, by levying congestion charges on private cars entering congested zones and earmarking these funds to subsidize and upgrade public transit networks, cities like London have successfully transformed the social costs of congestion into a driving force for improving the public commuting experience. When high-quality rail and bus services can provide stable and predictable arrival times, the overwhelming advantage in time costs becomes apparent—in a subway car, you can read a book, handle emails, or catch up on sleep with peace of mind, reclaiming the time once “stolen” by traffic jams.

As the setting sun once again bathed the traffic on the overpass in gold, Zhang Wei stood before the platform screen doors of the subway station, watching the train glide smoothly in, and tallied up a new balance sheet in his mind. Giving up the anxious struggle in the car during rush hour traded not only for the monthly savings on gas and parking, but also for extra daily energy and a controllable pace of time. Congestion may be a growing pain that is hard to completely eliminate in the expansion of modern cities, but as individuals living in them, we absolutely have the freedom to choose our mode of transport anew. When we no longer trap our time in the stop-and-go steel dragons, the composure and warmth that life ought to have quietly revive with every smooth departure and return home.

Heading Home Alone Late at Night: What Kind of Public Transit Design Can Make People Feel Safer?

At 11:30 PM, the lights in the office buildings were going out one by one. Wanqing, having just finished working overtime, walked out of the building to be greeted by dark, silent streets. She subconsciously gripped her keys tighter and walked briskly toward the subway entrance a few hundred meters away. At dimly lit intersections, whenever she heard hurried footsteps behind her, her heart would race, and she would instinctively put in one earbud, pretending to be on a phone call. This “nerve-wracking” experience is an unspeakable psychological burden for countless women and nighttime travelers. For a city, public transit must not only solve the problem of “how to get people to their destinations efficiently,” but also answer a question concerning urban warmth: in the dead of night when no one else is around, what kind of transit design can make every person heading home alone feel safe and dignified?

Safety concerns regarding nighttime travel are by no means “unfounded paranoia” on the part of some, but a widespread reality that profoundly affects people’s lives.

Surveys by the International Association of Public Transport (UITP) show that physical and verbal harassment is quite prevalent in public transit networks worldwide, which greatly influences passengers’ travel choices, with a particularly significant impact on women. Take London as an example: over half of women report having experienced unwanted sexual harassment while using public transit, yet only 2% of these incidents are formally reported. This high incidence rate coupled with an extremely low reporting rate exposes the lag in safety protection across many public spaces.

For women and night-shift workers, a sense of safety, accessibility, reliability, and comfort are the core factors they value most when choosing public transit. When station corridors are dimly lit and riddled with blind spots, people are often forced to give up cheap and convenient public transport in favor of expensive ride-hailing services, or even cut back on their social and working hours. These invisible restrictions caused by safety hazards are quietly undermining the inclusivity of the city.

To break the deadlock on nighttime travel safety, we cannot rely on the “armchair imagination” of administrators in their offices; we must listen to the voices of those passengers who truly feel anxious.

To completely eliminate safety blind spots at and around stations, Paris’s public transport operator (RATP) has launched a highly innovative practice—”Exploratory Walks”. The operator invites female passengers to venture deep into underground passages, transfer platforms, and bus shelters late at night, diagnosing step by step, from the perspective of real users, those unsettling details: whether a rigid wall at a certain corner blocks the line of sight, whether a streetlight has been broken for weeks without repair, or whether the area connecting the station exit to the alley is too dark.

Through this “co-creation” approach, city managers can precisely reconstruct station spaces, transforming cold architectural facilities into humanized places that meet real needs. At the same time, a comprehensive victim response and support mechanism has been established locally. Once a passenger encounters harassment or danger late at night, the operator can not only quickly coordinate with the police but also provide victims with safe taxi rides and subsequent psychological support, ensuring that “peace of mind” is no longer an empty promise.

In addition to listening to passengers and improving response mechanisms, there is also a scientific and meticulous design language for “locking down” night travel in terms of physical hardware and on-site operations.

First is the “de-shadowing” of the physical environment of streets and stations. Good and uniform night lighting is the most direct and cost-effective means of enhancing pedestrians’ sense of security. By paving continuous, step-free wide sidewalks, installing gently raised crosswalks, and using greenery and trees to reasonably separate carriageways from walkways, night walkers can enjoy a broader field of vision, effectively reducing potential dangers.

Second is the humanized guardianship of on-site operations. A comprehensive safety strategy is inseparable from all-around video surveillance, emergency call buttons, and professionally trained on-site staff. On night buses in some cities, “flexible drop-offs between stops” and late-night dedicated services have even been introduced, allowing solo passengers, under the premise of ensuring safety, to get off at non-fixed stops closer to home, minimizing the time spent walking alone in pitch-dark streets and alleys late at night. When high-tech equipment is combined with the warm guardianship of patrol personnel, late-night stations are no longer panic-inducing isolated islands, but warm beacons in the city.

At one in the morning, the train slowly pulls into the terminal station. This time, as Wanqing steps out of the carriage, she is greeted by bright, soft lighting, clear and conspicuous signage, and staff politely patrolling not far away. Walking out of the exit, a well-lit sidewalk extends smoothly to the entrance of her residential compound. She relaxes her grip on the keys she had been clutching, and her originally tense nerves completely unwind. The greatness of a city’s public transport lies not only in its ability to carry tens of thousands of commuters during the day, but also in its capacity to safeguard that ordinary yet precious sense of security for every lonely person heading home in the silent dead of night. When once-dark corners are illuminated by lights, and when every small plea for help receives a warm response, the late-night journey home truly becomes a reassuring and smooth path back.

As online shopping packages multiply, why are the streets getting more and more crowded?

At noon on Wednesday, sitting in her office building, Liu Min tapped her phone a few times and ordered a hot coffee and a fruit salad. Half an hour later, the delivery rider called right on time. But when she went downstairs to pick up her food, she saw that the street outside the office building had already turned into a total mess: two delivery trucks were half-parked on the curb, three or four food delivery e-bikes were parked tightly against the bus stop, and the private cars blocked behind them were honking impatiently. This is a familiar scene playing out almost every day in modern cities. From daily necessities and clothing to fresh produce and food delivery, a simple tap on the screen can get goods delivered to your hands in a short time. However, while we enjoy the ultimate convenience of “digital life,” few realize that these endless streams of express deliveries and food orders rushing along the roads are launching an unprecedented “space run” on the already crowded city streets.

The explosive growth of e-commerce and instant delivery has completely transformed the logistics landscape of modern cities.

Research by the International Association of Public Transport (UITP) points out that the boom in online shopping has brought a surge in online orders, which directly leads to a sharp increase in delivery vehicles on city roads, significantly exacerbating traffic congestion, road safety hazards, and exhaust pollution. This not only puts enormous pressure on existing urban road infrastructure but also triggers fierce competition for limited physical space among different travel groups.

In past urban planning, freight logistics was often envisioned as large-scale transportation occurring at specific times or in industrial parks. But in today’s era where ‘everything can be bought online,’ urban logistics has taken on characteristics of miniaturization, high frequency, and fragmentation. Thousands of delivery vans and electric scooter riders weave through the city’s main arteries, side streets, and community alleys, forcing streets originally designed for passenger transport and transit to take on the massive additional burden of goods movement.

In this battle for space, nothing has been more severely impacted than the ‘kerb space’ of city streets.

Kerb space is an extremely sensitive transition zone in the urban transport system, connecting the carriageway and the sidewalk, and serving multiple functions such as temporary parking, passenger drop-off and pick-up, and loading and unloading of goods. However, because early street design in the vast majority of cities only considered the needs of private car traffic and long-term parking, almost no dedicated stopping zones have been reserved for high-frequency, short-stop delivery services.

When delivery personnel cannot find a compliant temporary stopping point, their most direct option is often double parking, occupying bike lanes, or driving right onto the sidewalk. This helpless measure not only blocks the normal flow of traffic and pedestrians but also greatly increases the probability of traffic accidents. The awkward encounters between delivery vehicles, pedestrians, cyclists, and public transit in narrow kerbside areas make city streets increasingly congested and chaotic.

Faced with the street congestion caused by the surge in parcel volumes, a simple and blunt ‘no parking’ policy clearly cannot meet the real consumption needs of residents. More and more city managers are beginning to realize that the key to solving the problem lies in the refined ‘dynamic management’ of kerb space.

To address the conflict between delivery vehicles and passenger traffic, the UITP has proposed an innovative solution for the ‘Dynamic Use of Kerb Space Over the Day’. This concept advocates breaking away from the fixed allocation of property rights for kerb space, allowing for flexible switching based on the demand pain points at different times of the day:

In the late night and early morning (00:00–06:00), the use of low-noise, clean vehicles for large-scale freight transport and shop restocking is encouraged; during daytime off-peak hours (11:00–16:00), portions of kerb space are designated as exclusive temporary loading and unloading zones for express delivery and food delivery; and during the morning and evening commuting rush hours, the kerb space is completely returned to public transit and active mobility.

By meticulously coordinating freight delivery, avoiding peak travel hours, and promoting clean and safe delivery vehicles, cities can not only effectively reduce unnecessary repeat vehicle trips but also maximize the social benefits of limited kerbside land.

In the evening, as Liu Min leaves the building after work, a once-cluttered temporary stopping zone on the street is now orderly guiding delivery vehicles to quickly complete their unloading. Online shopping and instant delivery have brought us the convenience of not having to leave home, but the true sense of urban livability depends not only on the speed of parcel delivery, but also on the smoothness and tranquility of the streets when we step out of our doors. Only when cities learn to trade time for space, and replan every inch of the road through intelligence and sharing, can our digital lives and physical streets find that balance point where both can breathe freely.

If You Don’t Buy a Private Car, Can You Manage All Your Travel with Just a Single App?

Thirty-year-old Chen Chao recently found himself caught in a dilemma. Looking at the savings in his bank account and then calculating the bills after buying a car—tens of thousands of yuan in annual insurance, exorbitant parking fees, routine maintenance, and unavoidable vehicle depreciation—he couldn’t help but have second thoughts. However, the troubles of not driving are equally obvious: every morning, he first has to scan to unlock a shared bike on one app, check subway arrival times on another, switch to a third app to hail a ride when working late, and then use a fourth platform to rent a car for a weekend outing. This fragmented travel experience is exactly the ‘digital hassle’ that many urbanites who don’t own cars endure every day. In today’s highly advanced technological era, we can’t help but ask: if you don’t buy a private car, is it really possible to smoothly handle all your travel from your doorstep to your final destination using just a single app on your phone?

Modern cities are accelerating towards a highly interconnected era, and people are increasingly eager to obtain customized, seamlessly connected door-to-door mobility services. However, in reality, traditional mobility services are often fragmented among different operators.

While the cost of buying a private car is undoubtedly high, the pain points of getting around for the “car-free” demographic are also quite obvious: public transit, ride-hailing, bike-sharing, and car rental services each operate in silos, with no interoperability of information or unified ticketing. When planning a complex cross-regional trip, passengers are forced to frequently switch between four or five different apps, repeatedly entering routes and making separate payments. If any single leg of the journey is delayed, the entire itinerary falls into chaos.

It is precisely this cumbersome sense of fragmentation that leads many people to ultimately grit their teeth and buy a private car. But in fact, city managers and tech institutions have long realized that future urban mobility should not force passengers to choose between “buying a car” and “cumbersome transfers.”

To break down these information and ticketing barriers, a completely new model known as Mobility as a Service (MaaS) has emerged. Its core concept is to thoroughly reorganize and integrate all mobility options—including subways, buses, bike-sharing, ride-hailing, and even park-and-ride—into a single, unified digital platform.

In the medium-sized French city of Dijon, this vision has already become a reality. Local operators have integrated all mobility services, including public transit, on-street parking, and bike rentals, to launch a unified, comprehensive mobility platform. Citizens can complete route planning, real-time information queries, and one-click payments all within a single app, achieving a user satisfaction rate of over 98%.

Similar initiatives have blossomed in cities around the world. In Dubai, the comprehensive mobility platform launched by the transport authority seamlessly connects the metro, buses, water buses, and shared mobility, creating a “one-stop service center” that covers all public and private travel options; meanwhile, in Luxembourg, an officially developed cross-modal mobility platform not only accurately compares the travel times of public transit versus driving a private car, but even factors in the time spent searching for parking, providing citizens with the most realistic and seamless door-to-door navigation. Even in South Korea, a unified smart payment network has long been extended to most of the nation’s transit and retail scenarios, making “one code for the whole city” a part of everyday life.

Some might ask: even if daily commuting can be handled with a single app, what about weekend shopping, family outings, or going to places without subway access—what do you do without a private car?

The answer is “sharing over ownership.” As research has pointed out, “the biggest enemy of the private car is the shared car”. In Bremen, Germany, the city has established a network of “micro-mobility hubs” covering the entire city by seamlessly integrating car-sharing stations with public transit hubs. Statistics show that each shared car successfully replaces 16 private cars, greatly reducing residents’ willingness to purchase their own vehicles.

At the same time, in cities like Goiânia, Brazil, operators have also introduced mobile-booked “on-demand bus” services. Passengers can use an app to book a minibus and board at the virtual stop closest to their home, enjoying not only affordable fares but also a direct, ride-hailing-like experience. Surveys show that these flexible on-demand minibuses have attracted up to 81% of residents who previously relied on private cars to switch to public transit.

When car-sharing, on-demand minibuses, and rail transit are seamlessly integrated within a single app, the private car is no longer an indispensable necessity for urbanites.

It was another sunny Saturday morning, and Chen Chao opened the integrated mobility app on his phone. Based on his needs, the app automatically generated the optimal plan: first, ride a shared bike for 3 minutes to the nearby community mobility hub, then transfer to the express rail line, and upon exiting the station, unlock a pre-booked shared car with one click to head straight to the suburban park. The entire journey required just a single scan, and the bill was clear and straightforward. He put away his phone and walked lightly into the morning light. He finally realized that true mobility freedom has never been about owning a two-ton steel box, but rather having seamless and accessible options anytime, anywhere. Today, as digital technology reshapes our cities, all it takes is one smart app to shed the burden of car ownership while embracing a freer, more relaxed urban life.

Turning Bus Stops into Corner Parks: What Will the Future Community Living Circle Look Like?

On a bright, sunny morning, Aunt Zhang, who lives on the edge of the neighborhood, walked out of her residential compound gate as usual. But today, instead of waiting at the old, narrow bus stop that reeked of diesel exhaust and had a rusted awning, she headed to the newly transformed station. The station has been completely revamped: the once cold iron railings have been replaced by lush greenery and shade trees. Comfortable wooden benches, smart parcel lockers, and a convenient drinking water dispenser have been installed beside the platform, alongside a neatly parked row of shared bikes and electric scooters. While waiting a few minutes for her connecting bus, Aunt Zhang comfortably greeted a neighbor from the bench and picked up a package that had arrived the night before from the parcel locker. This is not a futuristic fantasy confined to concept drawings, but a quiet street revolution unfolding in major cities around the world. As urban managers re-evaluate the spatial value of streets, the once cold bus stops and subway exits, previously used solely for “crowd dispersal and gathering,” are being redefined and transformed into vibrant “Community Mobility Hubs.”

In traditional car-centric urban planning, public transit stops were often viewed merely as basic transport infrastructure—narrow, single-purpose, and frequently associated with noise and desolation. However, in modern cities where land is at a premium, this single-function approach to space utilization is clearly outdated.

Research by the International Association of Public Transport (UITP) points out that the core of reimagining urban space lies in transforming transport infrastructure into vibrant public spaces with a strong sense of place. Integrating public transit stops with community parks, small plazas, green spaces, public seating, and convenient retail can turn passive “waiting areas” into community nodes for daily socializing, recreation, and accessing essential services.

What determines the success of a mobility hub is not just how many modes of transport it connects, but more importantly, how rich, convenient, and attractive the service facilities it provides to the surrounding community are.

So, how exactly do these micro-hubs, which seamlessly integrate “mobility” and “living,” operate in reality?

In Bremen, Germany, the city government seamlessly integrated car-sharing stations, bike-sharing, and bus stops to create a city-wide network of “neighborhood mobility hubs” (mobil.punkte), allowing residents to easily reach them within a few minutes’ walk or ride. In Vienna, Austria, the local transport authority launched WienMobil stations, which not only co-locate rail transit, shared bikes, and car-sharing in physical space but also integrate ticketing through a digital app.

Beyond integrating transport functions, these hubs also serve as distribution centers for community life services. In Delhi, India, over 100 transit interchange nodes have been redesigned with safe pedestrian walkways, landscaped greenery, and well-organized taxi pick-up zones, transforming once chaotic transfer stations into clean and pleasant public plazas. Meanwhile, in Budapest, Hungary, the locally established “Micromobility Points” have not only designated green parking zones for shared scooters and bikes to solve the problem of haphazard parking, but have also turned transit nodes into micro corner parks where neighbors can meet.

Residents can conveniently drop off or pick up parcels, grab breakfast, top up their public transit cards, and even access basic medical consultation services right here, truly realizing the concept of “mobility as living”.

The rise of micro-mobility hubs aligns perfectly with the modern urban advocacy for Transit-Oriented Development (TOD) and the concept of compact communities.

By concentrating the planning of housing, offices, shopping, and public green spaces within an 800-meter radius (about a 10-minute walk) of public transit stations, cities can significantly reduce residents’ reliance on private cars for long-distance travel. Mixed-use land development allows people to meet over 80% of their daily work, living, and leisure needs within a comfortable walking or cycling distance.

The complementary micro-updates to the streets have been equally instrumental: the shade and sound insulation of tree-lined avenues, continuous step-free high-quality sidewalks, gently raised crosswalks, and a 30 km/h speed limit for vehicles in residential areas ensure that the elderly, children, and parents with strollers can move around safely and freely. Public transit stops are no longer cold transition zones that people feel compelled to rush through, but have become warm destinations where everyone is willing to pause and enjoy life.

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Source institutions：International Association of Public Transport (UITP)

This content is for reading and understanding research reports. It does not constitute investment advice or trading signals.