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Keys to good bicycle parking

The same high standard as for cars

Bicycle parking is like car parking: you want a place to park that’s convenient, which you can count on being available, and where you can expect your vehicle to be safe when you get back.

If any of those criteria are lacking—parking is too far away, you think you’ll have trouble finding a spot, or you’re going to seriously worry about your equipment being stolen—you will think twice about making the trip.

Bicycling is no different. What you expect about the parking is a big influence on whether you travel that way at all.

Good bike parking isn’t rocket science, but it does have some basic requirements.

1. High‑security, frame‑lockable racks

The first key is a strong, theft‑resistant bike rack that allows the user to lock their bicycle’s frame, along with at least one wheel, to the rack.

Experts have long been settled on the best design: it’s an “inverted U,” a simple shape of thick bent tubing that resembles an upside‑down letter “U.” It’s so called a staple rack or a hoop rack.

Measurement‑wise, it has two vertical posts typically spaced about 2 feet apart that turn towards each other at a height of about 3 feet and connect. The rack is bolted or otherwise fixed into concrete and spaced at least 2 feet away from anything else.

The inverted U is the gold standard in part because it is uniquely compatible with all different bicycle sizes and shapes. That means bikes with wide wheels, bikes that are long (i.e., “longtail” cargo bikes), bikes with frames that have limited access points, and bikes that use front and rear cargo mounts.

Other styles of racks tend to create problems for users, including that they tend to be incompatible with bikes that vary at all from the picture of a traditional skinny-wheel bike without any racks or gear.

The inverted U is simple to install and maintain (essentially a single bent steel tube connected to concrete with a few anchor bolts), inexpensive (a good one to hold two bikes is under $200 and less than $100 in bulk), and easy to find (lots of manufacturers make them). And it doesn’t have to be exactly a “U”—other variants that can work include a rounder half‑circle, a squarer shape, and designs with a crossbar.

Here’s a detailed bike rack selection guide.

2. Dependable availability

The second key to good bike parking is that riders can rely on finding a spot.

Mostly this means there needs to be a sufficient number of spaces. For starters, that’s at least two racks (which each hold two bikes) for any kind of establishment that has parking for cars: a corner shop, a café, a small office. If people are coming to you with a car, they can and want to come to you on a bike.

The number goes up from there and is based on the volume of people who visit. The basic idea is that if it’s ever full, you need more bike parking. Otherwise, it’s not parking a rider can depend on. Here’s a sizing chart for the amount of bicycle parking needed for buildings of different sizes and uses.

Bike parking that’s dependably available also needs to be in a convenient location that is protected from being taken up by other uses, such as cars, motorcycles, stored items, or other material that gets in the way of parking bikes.

3. In addition to short‑term parking, locked enclosures for longer stays

The third key is that places where riders intend to park their bikes for more than a few hours—otherwise known as long‑term parking—generally need a locked physical enclosure.

There are at least four groups of people who need long‑term bicycle parking:

  • Residents of multidwelling housing. These are people who live in multifamily buildings such as apartments, condos, co‑ops, dorms, and similar complexes. It also includes students in dorms, shared apartments, and co‑ops who rely on bikes for daily trips.
  • Workers who need to park extended periods for their job. This means employees in office, retail, service, and industrial settings. It also includes commercial and delivery riders, both gig workers and cargo fleets, who require a stable base of operations.
  • Longer‑stay visitors. People doing errands and other tasks that can go more than a few hours. This could be shoppers, patients, and clients. It includes participants in meetings and conferences, and students going to class and using campus facilities for longer periods. It is people completing everyday business and also less common activities that take a while.
  • Travelers connecting with mass transit. People who ride their bike to connect with buses, trains, and ferries. This category also includes people flying who find biking the best way to get to and from the airport.

Here’s a briefing with more detail on the types of needs for users who are staying for longer periods.

For these groups, parked bicycles are extremely vulnerable: no matter how good their personal lock or the quality of the bike rack, a determined thief with a battery‑powered saw from a hardware store can defeat anything in less than a few minutes.

Moreover, bicycles are easy to carry (or just ride) off. They are valuable, pound‑for‑pound, and easy to sell on the black market. And the bicycle’s components and stored cargo are just sitting out in the open.

So, for a user to park a bicycle for more than a few hours and have peace of mind, they need something more than a rack—they need a locked physical enclosure with carefully controlled access.

Types of such enclosures include an indoor bike room, a secure cage in a garage or parking structure, a standalone secure shed or dedicated bike building, a modular, movable bike station or pod, and individual bike lockers. Here is a guide with more detail on types of locked enclosures for long‑term bicycle parking stays.

For enclosures that are accessed by multiple users (essentially, all except individual lockers or space controlled by an insured valet), you still need bike racks, and the staple of those needs to be inverted U racks mounted on the ground.

Here’s a briefing with more detail on types of locked enclosures for long-term bicyle parking stays.

4. A network of good bike parking everywhere

The last important key to good bike parking is to make good bicycle facilities—the kind described above—ubiquitous.

In other words, good bike parking isn’t just here or there. It’s everywhere.

It’s a network of facilities in which you don’t have to change the mode you take because of gaps, or uncertainty, or time spent thinking about it.

It’s a confident expectation you have that it will be where you need to go, like you have with parking for a car.

What does it take to create a network of good bike parking everywhere in communities? The most direct way is public policy, and there are two basic approaches. The first is to enact legally mandated minimum parking standards. Many U.S. cities have done this with a focus on requirements for developers of new buildings.

The upside of this approach is that it’s an essentially fail‑safe way to make sure great bike parking is established when new developments are built. The downside is that the pace of installing new bike parking is limited to the pace of new building—which, in the typical U.S. town that is already well‑developed, means it will take many decades to catalyze a meaningful new bike parking network.

The second approach is to go beyond codes for new developments and be creative about closing the gap today. This is new territory for city governments and will require problem‑solving and partnerships. It’s also an opportunity for private pro


These four keys to good bike parking are not exhaustive. There are some additional requirements, which are generally modest and intuitive, like making sure bicycle parking areas are near front entrances and feel safe to be in. And there are some things you can do to really make bike parking sing, like building roofs over outdoor racks to protect users from the elements. perty owners and managers as well as service providers to step in and lead. (Here’s a fuller installation guide for bike racks and short-term bike parking more generally.)

But these four keys—(1) high‑security, frame‑lockable racks, (2) dependable availability, (3) locked enclosures for longer stays, and (4) a network of conforming facilities everywhere—overcome the most important and issues and get communities on their way to bike parking their residents and visitors deserve.

References

List of guidance, standards, and models for bicycle parking

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Good parking: What we know now about effective policy and management


Over the past two decades, parking policy has evolved from a supply-maximizing, one-size-fits-all practice to an outcome-driven system that advances climate goals, public health, equity, and local vitality.

What we know now: Managing parking and mobility more deliberately—which includes eliminating minimums and pricing for availability to sharing, unbundling, and dynamic curb management—helps cities use scarce public space more fairly and efficiently, supports safer, healthier streets, and lowers housing and business costs, all while reducingt driving and emissions.

What began as pilots and academic critiques is now mainstream policy and practice across North America and globally.

How the field has evolved

From mandates to management: Cities are replacing minimum parking requirements with performance-based tools, shared supply, and right-sizing.

From traffic to climate, health, and equity: Research links excess parking to higher VMT/GHGs, air pollution, heat, stormwater impacts, injuries, and housing cost burdens; reforms now center equity and public health benefits.

From static supply to dynamic systems: Demand-responsive pricing, occupancy targets (roughly 70–85%), transparent adjustments, and data-informed enforcement are standard in leading programs.

From lots to the curb: The curb is dynamically allocated among loading, transit, micromobility, pick-up/drop-off, and short-stay parking, with pricing and time-slicing to match demand and city goals.

From pilots to policy: Early demonstrations (e.g., SFpark) paved the way for broad local reforms and state-level actions linking parking to climate and housing goals.

Key concepts

Minimums vs. maximums and caps: Minimum requirements induce excess supply; many places now eliminate minimums and, in some contexts, set caps.

Performance pricing: Adjust rates to meet occupancy targets, cutting cruising and emissions while improving availability.

Unbundling and cash-out: Sell/lease parking separately and offer employees the cash value of parking; both reduce car ownership and VMT.

Parking Benefit Districts (PBDs): Reinvest a portion of revenue locally to build support and deliver visible neighborhood improvements.

Shared/district parking: Pool supply across uses and time periods to shrink total stalls and avoid new construction.

Lifecycle impacts: Account for embodied and operational carbon of parking structures in capital decisions.

Equity-centered design: Pair pricing with income-based discounts, accessible payment options, targeted permits, and safer street design.

Curbside management: Digitize inventory, standardize use categories, and price high-demand loading and short stays.

Manage by outcomes: Track occupancy, turnover, compliance, mode share, VMT/GHG, safety, and local economic indicators—not just stall counts.

Implications for policymakers

Align codes with climate and housing: Repeal or reduce minimums, allow shared/district parking, require unbundling, and offer TDM in lieu of on-site stalls.

Enable performance pricing: Authorize dynamic meter/permit rates, curb-use fees, and special zones; require transparent adjustment protocols and reporting.

Put people and transit first: Prioritize safety, accessibility, transit reliability, and freight efficiency in curb allocations.

Center equity: Mandate income-based discounts, accessible payment options, and community oversight; avoid exemptions that undermine outcomes.

Reinvest locally: Establish PBDs to fund sidewalks, lighting, trees, transit passes, and safety improvements.

Modernize enforcement: Update legal authority, due process, and technology to support high compliance and fair treatment.

Measure and publish: Require regular reporting on availability, turnover, compliance, revenue/reinvestment, and climate/health co-benefits.

Implications for parking and mobility design professionals

Start with outcomes: Set clear targets (availability, GHG/VMT, safety, equity) and design pricing, permits, and curb allocations to hit them.

Replace ratios with strategies: Support elimination/reduction of minimums; enable shared/district parking, TDM alternatives, and unbundling.

Price to manage: Implement demand-responsive pricing with simple rate bands, occupancy targets, and routine adjustments.

Pair pricing with equity: Offer low-income discounts, neighborhood caps, mobility credits, and underbanked payment options; reinvest locally via PBDs.

Make the curb work: Segment, time-slice, and price curb uses; protect transit and bike lanes; use clear signage and digital permits.

Quantify carbon and cost: Include embodied/operational carbon and lifecycle costs in alternatives; prioritize retrofit/shared use over new builds.

Build interoperable systems: Choose tech that supports dynamic pricing, compliance, open data (where appropriate), privacy, and integrations (LPR, payments, sensors).

Pilot, evaluate, iterate: Start small, publish results (availability, turnover, cruising, sales tax, emissions), and scale what works.

How policymakers and parking/mobility design professionals can work together

Co-create goals and guardrails: Policymakers set outcomes and equity standards; practitioners translate them into program design and operations.

Pilot-to-policy pipeline: Practitioners run pilots and evaluations; policymakers codify and scale effective practices.

Align reinvestment: Agree on PBD frameworks that return a portion of revenue to affected neighborhoods; communicate early and often.

Operationalize equity: Jointly design discounts, accessible payment options, and targeted permits; audit outcomes and adjust.

Coordinate the curb: Maintain shared, digital curb inventories and standard use categories; plan time-slicing across modes and freight.

Govern continuous improvement: Establish processes for routine price adjustments, allocation changes, and tech upgrades with community representation.

References

PubMed Central (2024). Parking and Public Health. National Library of Medicine, PMC. https://pmc.ncbi.nlm.nih.gov/articles/PMC11631998/

Institute for Transportation and Development Policy (2022). To Tackle Climate Change, Cities Need to Rethink Parking. ITDP. https://itdp.org/2022/09/20/to-tackle-climate-change-cities-need-to-rethink-parking/

Institute for Transportation and Development Policy (2021). On-Street Parking Management: An International Toolkit. ITDP. https://www.itdp.org/publication/on-street-parking-management-international-toolkit/

American Planning Association (2019). Policy Guide on Parking and Mobility. APA. https://www.planning.org/policy/guides/parkingmobility/

Donald Shoup (ed.) (2018). Parking and the City. Routledge. https://www.routledge.com/Parking-and-the-City/Shoup/p/book/9781138494969

International Transport Forum, OECD (2018). The Shared-Use City: Managing the Curb. ITF-OECD. https://www.itf-oecd.org/shared-use-city-managing-curb

Alan Durning (2018). Parking? Lots! Sightline Institute. https://www.sightline.org/series/parking-lots/

Todd Litman (2016). Parking Management Best Practices (2nd ed.). Routledge. https://www.routledge.com/Parking-Management-Best-Practices/Litman/p/book/9781138202410

Mikhail V. Chester et al. (2015). Parking infrastructure: energy, emissions, and automobile life-cycle environmental externalities. Environmental Research Letters. https://iopscience.iop.org/article/10.1088/1748-9326/10/8/084027

Richard W. Willson (2015). Parking Management for Smart Growth. Island Press. https://islandpress.org/books/parking-management-smart-growth

Paul Barter (2015). Parking Management: A Contribution Towards Sustainable Urban Transport. GIZ SUTP. https://sutp.org/publications/parking-management-a-contribution-towards-sustainable-urban-transport/

San Francisco Municipal Transportation Agency (2014). SFpark Pilot Project Evaluation. SFMTA. https://sfpark.org/resources/evaluation/
Michael Manville (2014). Parking Requirements and Housing Affordability. Access Magazine. https://www.accessmagazine.org/fall-2014/parking-requirements-and-housing-affordability/

Michael Manville (2013). Parking Requirements and Housing Development: Regulation and Reform in Los Angeles. Journal of the American Planning Association. https://www.tandfonline.com/doi/abs/10.1080/01944363.2013.785346

Richard W. Willson (2013). Parking Reform Made Easy. Island Press. https://islandpress.org/books/parking-reform-made-easy

Donald Shoup (2011). The High Cost of Free Parking. Planners Press/APA. https://shoup.bol.ucla.edu/the-high-cost-of-free-parking/

U.S. Environmental Protection Agency (2006). Parking Spaces/Community Places: Finding the Balance through Smart Growth Solutions. US EPA. https://www.epa.gov/smartgrowth/parking-spacescommunity-places-finding-balance-through-smart-growth-solutions

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Design guide

Bicycle parking design guide

To use a bicycle for transportation, the user needs a convenient, safe place to park and store it. 

More broadly, allowing bicycling to flourish, which some cities have done and made it the primary way people get around, requires parking that gives users with a lot of different needs a consistently good experience.

The stakes are higher with e-bikes. They expand access and make car-light living more feasible. But they can be more cumbersome to park and their higher value makes them more attractive to thieves.

Design Concepts

Good bicycle parking means facilities that are high quality, sufficient in capacity, and ubiquitous.

1. High Quality

Parking needs to be convenient, secure, and reliable for short stays (less than a few hours) as well as long stays (more than a few hours, often at work or home), with appropriately higher security for long-term use.

A. Short-stay or “short term” bicycle parking 

For short stays, provide racks that are easy to use, durable, and available where people need them.

Frame-mountable: Use racks that support the bicycle frame at two points and allow a U-lock through the frame and one wheel. The standard is the ”inverted-U” rack or similar design; one rack typically serves two bikes. Avoid wave, coat-hanger, grid, and wheel-bender racks, which do not properly support frame locking.

Navigable: Space racks 3.5+ feet apart when side-by-side or 10+ feet between centerpoints when in a series. Set back 4+ feet from a wall or curb when racks are perpendicular; 3+ feet when parallel (5+ feet from the curb if adjacent to head-in car parking). Maintain 6+ feet of unobstructed sidewalk width after bikes are parked. 

Solid and well-maintained: Anchor racks securely so they cannot be easily removed or cut; maintain them in good repair. Keep rack areas and access routes clear of storage, debris, and snow year-round.

Easy access: Locate racks on the same site as the use they serve, within 50 feet and as close as practicable to primary entrances. Ensure good lighting and passive surveillance. Avoid conflicts with walkways, door swings, loading areas, and utilities, and maintain ADA-compliant, obstruction-free access.

Reserved and protected: Reserve rack space for bicycles only. Protect their space from vehicle conflicts and door swings by using physical barriers or painted striping. 

Shelter adds value in wet or cold climates, whether inside a structure or via a standalone canopy.

B. Long-stay or “long-term” bicycle parking

For extended parking—at work, home, or transit connections—users need the basics of short-stay facilities plus enhanced security and convenience.

Locked enclosure: Provide weather-protected, enclosed spaces with controlled access (e.g., a room within a building or a standalone intrusion-resistant shed, cage, or lockers).

Easy access: Locate near entrances where users can roll a bike the entire way, as many bikes, especially e-bikes, are too heavy to carry. Use signage or wayfinding for locations that are not obvious.

E-bike supportive: Allow e-bikes and provide electrical outlets to support e-bike charging.

Helpful additions include cameras or other monitoring, lockers, shower facilities, and shared tools.

Space-efficient systems such as vertical or two-tier racks can increase capacity, but they can be difficult to use and may not accommodate larger bikes. Use them only for a limited share of total spaces if at all.

2. Sufficient Capacity

There should be enough spaces so users can count on finding a spot. A rule of thumb is at least 4 spaces (satisfied by 2 “inverted Us”) per site and at least 1 space per every 2,500 sq ft, with at least 25% long-term. 

3. Ubiquitous

Riders should expect to find usable, consistent facilities everywhere—similar to how drivers expect to find workable parking. Facilities That should have it:

Destinations: Places of work, study, shopping, recreation, and other daily activities.

Transfer points: Bus stops, points of interest in parks and urban areas, and other locations where a user would “leave” their bicycle to proceed onwards.

Housing: Where the owner sleeps, which, if a multifamily dwelling or other location other than a traditional single family home, they might not have the space or rights to. 

References

Examples of “Inverted U” racks (City of Boulder): Standard (view A), Standard (view B), Racks on Rails 

Further reading: Perspectives on bicycle parking