Where will all the parking go?

Where will all the parking go?

What Happens as Self-Driving and Swarming Vehicles Become Dominant


Overview: The Future of Parking in an Autonomous World

The looming landscape of autonomous, self-driving vehicles promises to reshape urban and suburban spaces profoundly. As vehicle swarming and shared autonomous fleets become the norm, the concept of parking, especially for privately owned vehicles, may become obsolete. Cities worldwide are already grappling with diminishing parking needs in anticipation of this shift, and the revenue implications for public authorities are immense. This change presents a need for both innovative planning and re-imagining urban space, much like the adaptive reuse of office spaces post-COVID.


Shifts Over Three Time Horizons: 5, 10, and 20 Years

Five Years (2029): Early Transformation

In the near-term, expect early signs of transformation as autonomous vehicle trials expand. Major cities will pilot adaptive reuse of parking garages. Publicly controlled parking spaces, especially at airports and ports, will be reconsidered for alternative revenue streams. Early adopters may convert garage structures to short-term storage solutions or micro-fulfillment centers for e-commerce, catering to last-mile delivery in urban areas. Additionally, private home garages could pivot to mixed-use spaces, like small personal gyms, remote workspaces, or compact rental units for city visitors.

  • Revenue Impact: Initially, airport and port authorities could suffer a dip in parking revenue, which may push them to monetize space differently. Micro-logistics hubs in former parking spaces might offer an early alternative revenue stream.
  • Zoning Changes: Cities will likely begin experimenting with flexible zoning laws to accommodate these transitions, allowing private and public properties more freedom in usage.

Ten Years (2034): Widespread Transition

As autonomous fleets replace individual car ownership in urban and suburban areas, the impact on parking demand will deepen. Public parking structures may see full conversion to community-centered purposes, like green spaces, mixed-use commercial spaces, or affordable housing units. With reduced need for parking, airports might expand their retail and entertainment facilities, creating mini-districts with experiences that attract revenue from non-travelers.

  • Revenue Impact: By this stage, parking revenue will be significantly offset by diversified income sources, with airports generating revenue from retail expansions, mixed-use developments, and entertainment zones.
  • Zoning Changes: Cities will need comprehensive zoning reforms that enable multifaceted uses of space, pushing for adaptable, multipurpose zoning that encourages sustainable development and citizen engagement.

Twenty Years (2044): Urban Redesign and Integration

In the long-term view, parking structures and even roads themselves might be redeveloped to support community and environmental needs. A significant reduction in cars, enabled by ubiquitous autonomous swarming, will free up urban land previously designated for roads and parking, allowing cities to prioritize green infrastructure and community spaces. Imagine urban “lungs” of green corridors, parks, and community farms replacing former parking lots and roads. Suburban areas may convert garages into residential units or shared community facilities, aligning with trends toward communal living and sustainability. This has already been done successfully with abandoned rail lines and urban commuter lines.

  • Revenue Impact: With the shift to shared spaces, cities may see new revenue from environmental services, tourism, and wellness infrastructure. Former airport parking areas could become immersive retail or cultural spaces, generating income through experience-based avenues rather than static fees.
  • Zoning Changes: By 2044, zoning codes may no longer compartmentalize space by function, embracing a more integrated approach where buildings and land serve mixed, adaptive purposes based on evolving community needs. This will likely require new regulatory frameworks, allowing continuous and flexible transformations of space.


Required Regulatory and Zoning Adaptations

To fully benefit citizens and maximize economic gains, regulatory and zoning changes must keep pace with these transformations. This includes:

  • Flexible Zoning Laws: Policies that allow adaptive reuse of space without burdensome rezoning applications are crucial. Cities might adopt dynamic zoning models, where space use can be altered in response to shifting community and environmental needs.
  • Tax Incentives for Adaptive Reuse: Offering tax benefits for repurposing parking facilities and garages can drive private sector participation in urban transformation, especially for structures in high-density areas.
  • Public-Private Partnerships: These will play an essential role in monetizing repurposed parking facilities, especially at transit hubs like airports. Encouraging partnerships for mixed-use development in former parking zones can blend commercial, cultural, and public interests.


Conclusion: An Opportunity for Cities to Re-imagine Use

While the decline of traditional parking structures may initially impact municipal and airport revenue streams, it offers a broader opportunity for economic and social innovation. The next two decades will call for imaginative reuse of urban space, transforming former parking areas into vibrant, multi-functional community assets that can contribute to cities’ financial health in new ways. The shift toward adaptive space planning, supported by flexible regulations, will ultimately define cities’ success in a self-driving future.

Unleashing the potential to convert these spaces—be they garages, lots, or entire streets—into community assets represents a rare chance to reshape cities in a way that could benefit residents, businesses, and the environment alike. This transition could stand alongside post-COVID shifts in work as one of the century's most profound impacts on urban landscapes.

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This article was conceived and penned by Kevin Clark with assistance of his Content Evolution GPT Profile digital twin, birthed by Content Evolution (https://contentevolution.net ) | If you’re interested in speaking directly with Kevin, please contact him at: [email protected]

Jerry Michalski

Visionary Futurist for 30+ Years | Expert on Trust & Mistrust | Keynote Speaker | Curator of The World’s Largest Mind Map

2 周

Nice post, Kevin! I've long been hoping the Robocar Trifecta would happen: electric, shared, autonomous vehicles — all in many sizes, with cabins designed for specific purposes. We've discovered that lack of charging facilities is a hugely limiting factor for the uptake of privately owned EVs. That means there'll be a slower transition as we wire up more places to be good for recharges, a costly and inefficient process. Why not dispense with that (mostly), by taking the least desirable urban spaces and some of the idled and unrepurposeable spaces, and turning them into robocar charging and holding spaces? Make the system super efficient for turning robocars around with full batteries. Then when we solicit cars with our apps, we'll know our destination for that trip, and will always get a vehicle that's sized for our group and distance. Bye-bye range anxiety. Winning back all the city space lost to parked cars will be huge for cities. Remember how cool parklet cafes and restaurants were during the Pandemic? One of the few silver linings. Also great: being able to see sidewalks and homes on residential streets, and having space for children to play more. Cities could play with blocking traffic on certain streets at will.

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