Boston rents are high because the city does not allow enough homes to be built where people want to live. This paper estimates how many homes it would take to bring rents back toward what a freely building market would charge, and lays out the zoning and legal changes that would make that possible.
Executive Summary
This white paper converts a broad reform objective into a quantitative housing-production target and then into a legal and administrative reform package. The core premise is that Boston rents are above a market-clearing equilibrium because the housing market is not permitted to expand enough in high-demand locations. The model therefore asks how far rents would need to fall to approximate a flexible-supply equilibrium, how many homes would be required to reach that equilibrium, how those homes should be allocated across Boston and the Boston metropolitan area, and what zoning and agency reforms would be required to make that production credible.
The central finding is that Boston itself would need roughly 100,000 to 120,000 net new homes, with a sensitivity range of roughly 88,000 to 140,000 homes, to bring rents down toward a market-clearing level in the range of about $2,200 to $2,300 per month in 2025 dollars. The Boston-Cambridge-Newton metropolitan area would need roughly 470,000 net new homes, with a broad sensitivity range of roughly 280,000 to 720,000 homes, to lower the typical metro rent toward an income-adjusted flexible-supply benchmark. These numbers are not ordinary housing-plan targets. They are abundance targets designed to clear scarcity rents.
For Allston and Brighton, the plan assigns a ten-year target of 6,000 net new homes in Allston and 8,500 net new homes in Brighton. Allston can plausibly achieve its target through large-site and corridor redevelopment, especially Western Avenue, Harvard-related land, Beacon Park Yard or West Station, Allston Yards, Boston Landing edges, and Cambridge Street. Brighton’s target is harder because its ownership pattern is more fragmented; Brighton therefore needs a broader program of corridor, square, station-area, institutional-edge, missing-middle, and ADU reform.
The legal package has three coordinated parts. The first is a model Boston Zoning Commission petition creating an Allston-Brighton Housing Abundance Overlay District. The second is a model City Council order that a Boston City Councilor can file to initiate hearings, require a parcel-level capacity analysis, and request formal zoning text and map amendments. The third is a model state enabling act that a state legislator can file to give Boston clearer authority to create objective, time-limited, as-of-right housing abundance districts. The full legal texts are published on our model legislation page.
Analytical Scope and Baseline Sources
The baseline uses 2025 City of Boston Planning Department neighborhood estimates for population, tenure, group quarters, income, and bedroom mix. The Boston Planning Department reports Allston with 31,810 residents, Brighton with 55,869 residents, and Boston as a whole with 716,313 residents as of January 1, 2025.1
The Planning Department reports Allston with 11,758 total housing units and 11,158 occupied units, while Brighton has 25,805 total housing units and 24,644 occupied units. Allston is 82.4 percent renter-occupied among occupied homes, and Brighton is 77.2 percent renter-occupied.2
Allston’s occupied homes are 42.5 percent studios or 1BRs, 32.1 percent 2BRs, and 25.4 percent 3BR+ units. Brighton’s occupied homes are 39.7 percent studios or 1BRs, 32.6 percent 2BRs, and 27.7 percent 3BR+ units.3
The model uses current asking-rent benchmarks from Zillow Observed Rent Index and local listing averages as the market-price baseline. Zillow’s rent data are useful for this purpose because they measure observed asking rents rather than only contract rents in already-occupied units.4
The paper intentionally treats all calculations as planning estimates. It does not claim that any single rent, unit target, or parcel capacity can be known exactly. Instead, it uses transparent assumptions and sensitivity ranges to identify the order of magnitude required to move from scarcity rents to a flexible-supply equilibrium.
The Economic Model: From Scarcity Rents to Market-Clearing Rents
The core economic problem is that Boston is a high-productivity, high-demand labor market where housing supply is constrained by land, regulation, process, construction cost, local opposition, institutional landholding, and infrastructure bottlenecks. In a flexible-supply market, demand growth would lead to a large increase in homes and a limited increase in rents. In a constrained market, the same demand growth is capitalized into rents, land values, congestion, and displacement pressure.
This logic is consistent with the urban-economics literature. Saiz shows that geographic and regulatory constraints explain much of the variation in metro housing-supply elasticities, and Hsieh and Moretti show that constraints in high-productivity cities cause spatial misallocation by limiting access to productive labor markets.5
The paper uses a log-linear supply-demand comparative static. If the housing stock is shifted outward by a proportion ΔS, the approximate rent change is Δ ln P ≈ -ΔS / (εs - εd), where εs is the long-run housing-supply elasticity and εd is the price elasticity of housing demand. The central case uses εs = 0.34 to 0.35 for Boston and εd = -0.5 for rental demand. The denominator is therefore about 0.84 to 0.85. These values are consistent with the literature’s treatment of Boston as a constrained coastal market and with typical central estimates used for rental demand sensitivity.6
The formula should be read as a medium-run equilibrium approximation, not as a short-run forecast. In the first few years, supply is less elastic because projects must be permitted, financed, designed, and built. Over a decade or more, zoning reform, process reform, and large-site redevelopment can shift the effective supply curve outward. The relevant question for zoning strategy is therefore not how many units would be produced next year, but how much legal and physical capacity is needed to create a credible ten-year production path.
Target Market-Clearing Rent
The first benchmark is Houston, used as a flexible-supply domestic comparator. In the baseline exercise, Houston’s typical rent and median household income imply a rent-to-income ratio of roughly one quarter of household income. Applying that rent-to-income ratio to Boston-area median household income yields a Boston market-clearing rent of roughly $2,280 to $2,345 per month, depending on whether the city or metro geography is used.7
The second benchmark is Tokyo. Tokyo is not a perfect analogue because it differs in national housing finance, unit size, exchange rates, construction systems, cultural preferences, and public transit, but it is an important demonstration that a rich, safe, highly desirable global city can have far more elastic housing supply than coastal U.S. cities. The Tokyo cross-check places a typical 700-square-foot unit near roughly $2,100 per month in the 2025 conversion used for the baseline, which is close to the Houston income-adjusted target.8
The model therefore uses a market-clearing target of about $2,200 to $2,300 per month for Boston city and about $2,345 per month for the metro calculation. These are not moral or legal definitions of fair rent. They are empirical approximations of what rents might look like if Boston and the metro area allowed enough housing to compete away a large share of scarcity rent.
Boston City Target
The city-level model begins with a current average rent of about $3,342 per month in the 2025 baseline. A target range of $2,125 to $2,280 implies a rent decline of roughly 32 percent to 36 percent. Using the formula above, with εs = 0.34 and εd = -0.5, the required outward supply shift is roughly 32 percent to 38 percent of the existing stock.
Applying that percentage to Boston’s housing stock produces a central city-level estimate of roughly 100,000 to 120,000 net new homes. Varying the elasticities to reflect uncertainty yields a reasonable sensitivity range of roughly 88,000 to 140,000 homes. The working target used in the rest of the Boston city plan is therefore 110,000 net new homes over ten years.
This is much larger than a backlog-clearing plan. It is also much larger than ordinary recent production. The purpose is not merely to slow rent growth. The purpose is to lower real rents toward a flexible-supply equilibrium.
Boston Neighborhood Allocation
The citywide allocation assigns the 110,000-home target by combining three criteria. First, the plan gives more weight to neighborhoods with strong transit and job access. Second, it gives more weight to places with large sites, adopted or advancing planning frameworks, or visible redevelopment potential. Third, it incorporates fairness and opportunity by asking historically low-growth, high-opportunity areas to absorb meaningful housing while pairing higher-growth areas with anti-displacement tools.
| Area | Ten-year target | Primary logic |
|---|---|---|
| Allston | 6,000 | Western Avenue, Cambridge Street, Harvard/Beacon Park/Allston Yards, and gentle-density side-street reforms. |
| Brighton | 8,500 | Boston Landing, Guest Street, North Beacon Street, Brighton Center, Commonwealth Avenue, Oak Square, and missing-middle reform. |
| Fenway and Longwood | 8,000 | Institution-adjacent mixed-use corridors, medical-area housing, and transit-oriented infill. |
| South Boston and Seaport | 11,000 | Dorchester Avenue plan areas, industrial conversions, waterfront infill, and Seaport backfill. |
| Downtown, Chinatown, West End, North End, Back Bay, and Beacon Hill | 6,600 | Office-to-residential conversions, upper-floor housing, and selective infill. |
| East Boston | 9,000 | Squares, corridors, Blue Line station areas, and waterfront subdistricts. |
| Charlestown | 4,500 | Sullivan Square, Rutherford Avenue, and parcel aggregation. |
| Jamaica Plain | 5,000 | Orange Line, Green Line, and arterial-corridor infill. |
| Roxbury | 7,500 | Squares and Streets tools with anti-displacement guardrails. |
| Dorchester | 16,000 | Dorchester Avenue, Blue Hill Avenue, Columbia Road, and station-area nodes. |
| Mattapan | 5,000 | Recent zoning update areas, Blue Hill Avenue, and ADUs. |
| Hyde Park, Roslindale, and West Roxbury | 11,000 | Main streets, rail-served centers, ADUs, and gentle density. |
| Mission Hill and South End | 9,000 | Corridor infill, conversions, and institution-adjacent housing. |
| Citywide ADUs and small-lot infill buffer | 3,000 | A citywide program that fills the gap between named neighborhood totals and the 110,000-home target. |
Boston Metro Target
The metro rerun uses the Boston-Cambridge-Newton, MA-NH metropolitan statistical area. Census Reporter’s ACS 2024 profile reports a metro population of 5,025,517 and a metro housing stock of about 2,081,743 homes.9
The metro model uses a current typical rent of about $3,062 and an income-adjusted flexible-supply target of about $2,345. That requires a rent decline of about 23.4 percent. With εs = 0.35 and εd = -0.5, the required stock increase is approximately 22.7 percent. Multiplying 22.7 percent by 2.08 million existing homes gives a central target of roughly 470,000 net new homes.
The sensitivity range is wide because elasticities are uncertain and because the metro geography contains both very constrained urban locations and less constrained outer locations. Using εs from 0.2 to 0.6 and εd from -0.7 to -0.3 produces a range of roughly 280,000 to 720,000 homes. The central ten-year pace is 47,000 homes per year, which is several times the region’s recent permitting pace.
Metro County Allocation
| County or metro division | Existing units | Target homes | Annual pace | Stock growth |
|---|---|---|---|---|
| Suffolk County | 363,590 | 125,000 | 12,500 per year | 34.4 percent |
| Middlesex County | 670,331 | 160,000 | 16,000 per year | 23.9 percent |
| Essex County | 332,075 | 65,000 | 6,500 per year | 19.6 percent |
| Norfolk County | 297,840 | 55,000 | 5,500 per year | 18.5 percent |
| Plymouth County | 220,710 | 35,000 | 3,500 per year | 15.9 percent |
| Rockingham and Strafford Counties, NH | 197,197 | 30,000 | 3,000 per year | 15.2 percent |
| Total | 2,081,743 | 470,000 | 47,000 per year | 22.6 percent |
Metro Functional-Subregion Allocation
| Functional subregion | Target homes |
|---|---|
| Boston city | 110,000 |
| Chelsea, Revere, and Winthrop | 15,000 |
| Cambridge, Somerville, Everett, Malden, and Medford | 65,000 |
| Newton, Watertown, Arlington, Belmont, Waltham, and MetroWest nodes | 60,000 |
| Lowell, Route 3, and outer Middlesex town centers | 35,000 |
| Lynn, Salem, Beverly, Peabody, and Saugus | 30,000 |
| Lawrence, Haverhill, Methuen, Andover, and North Andover corridor | 25,000 |
| Other Essex commuter-rail and town centers | 10,000 |
| Quincy, Brookline, Milton, Braintree, Dedham, Needham, and Wellesley | 45,000 |
| Other Norfolk commuter-rail and town centers | 10,000 |
| Brockton and Old Colony rail nodes | 25,000 |
| Other Plymouth town centers | 10,000 |
| Portsmouth, Dover, Rochester, and Somersworth | 20,000 |
| Other Rockingham and Strafford town centers | 10,000 |
| Total | 470,000 |
Product-Type and Bedroom-Mix Targets
The regional strategy deliberately does not assume that the solution is towers everywhere. The largest category is mid-rise transit-oriented development, followed by missing-middle housing, ADUs and conversions, townhouses and stacked flats, and a smaller but important high-rise component in the core.
| Product type | Target homes | Typical location | Zoning reform |
|---|---|---|---|
| Core high-rise and tall mixed-use buildings | 73,000 | Boston, Cambridge, Somerville, Quincy, and major downtowns | Twelve to thirty-plus stories, high FAR, low or no parking minimums, and streamlined large-project review. |
| Mid-rise transit-oriented development | 182,000 | Rapid transit, key bus corridors, commuter-rail stations, and town centers | Five to ten stories by right, mixed-use allowed, form-based standards, and parking maximums. |
| Missing-middle and small multifamily | 90,000 | Inner suburbs, streetcar suburbs, and town-center edges | Three to six units by right, fourplexes, courtyard apartments, and small apartment buildings. |
| ADUs, conversions, and small-lot infill | 53,000 | Regionwide, especially low-density but transit-accessible suburbs | ADUs by right, single-family-to-multifamily conversions, lot splits, and pre-approved plans. |
| Townhouses, stacked flats, and garden apartments | 50,000 | Suburban centers, mall retrofits, office parks, and larger parcels | Two to five stories, townhouses, stacked flats, and master-plan district reform. |
| Student, senior, supportive, and workforce housing | 22,000 | Campus edges, medical districts, and regional centers | Institutional master-plan reform, dorm production, and supportive housing by right. |
| Total | 470,000 |
The bedroom-mix target is 160,000 studios and 1BRs, 180,000 2BRs, and 130,000 3BR+ homes. This mix is designed to lower rents for young workers and students without ignoring families, immigrant households, multigenerational households, and downsizing seniors.
Zoning Capacity Is Not Production
A market-clearing program requires far more paper zoning capacity than the number of homes one expects to be built. Owners do not all sell at once. Some parcels are already improved with valuable buildings. Some sites have long leases, contamination, awkward geometry, flood risk, title complexity, or financing problems. Therefore, a credible plan must legalize a substantially larger envelope of potential housing than the production target.
| Product type | Delivery target | Zoning-capacity multiplier | Required paper capacity |
|---|---|---|---|
| Core high-rise | 73,000 | 2.5x | About 180,000 |
| Mid-rise TOD | 182,000 | 3.0x | About 550,000 |
| Missing-middle | 90,000 | 5.0x | About 450,000 |
| ADUs, conversions, and small-lot infill | 53,000 | 5.0x | About 265,000 |
| Townhouses, stacked flats, and garden apartments | 50,000 | 3.0x | About 150,000 |
| Student, senior, supportive, and workforce housing | 22,000 | 2.0x | About 45,000 |
| Total | 470,000 | About 1.64 million |
The paper translates the regional and neighborhood targets into corridor, parcel-archetype, and zoning-envelope recommendations, which the overlay map applies parcel by parcel using the Boston parcel dataset joined to assessor, zoning, floodplain, ownership, infrastructure, and transit layers.10
Allston and Brighton Targets
The plan assigns 6,000 net new homes to Allston and 8,500 net new homes to Brighton over ten years. Relative to existing total housing units, this is roughly a 51 percent expansion in Allston and a 33 percent expansion in Brighton. These are ambitious numbers, but they are not Manhattanization. They are predominantly large-site, corridor, square, station-area, and gentle-density reforms.
Allston’s target is more physically plausible because the neighborhood contains several large or consolidatable sites and major institutional landowners. Brighton’s target is more demanding because the neighborhood has more fragmented ownership and more conventional residential fabric, so it requires a broader program of mid-rise corridors, squares, Green Line edges, institutional housing, missing-middle housing, and ADUs.
Allston and Brighton Subarea Production Allocation
| Subarea | Ten-year homes | Role in the plan |
|---|---|---|
| Western Avenue, Barry’s Corner, and Harvard ERC | 1,700 to 2,100 | This area should carry the tallest Allston growth because it has major landowners, large parcels, and a planned mixed-use district. |
| Beacon Park Yard and West Station area | 1,500 to 2,000 | This is the largest long-term opportunity, but it depends on the Allston Multimodal Project and is a later-decade tranche. |
| Allston Yards, Everett Street, Braintree Street, and Boston Landing edge | 1,000 to 1,300 | This area is already proving that surface-lot and commercial parcels can become housing-heavy mixed-use districts. |
| Cambridge Street, Brighton Avenue, Harvard Avenue, and Allston Village | 900 to 1,200 | This should become a five- to eight-story corridor infill zone, with ground-floor commercial where appropriate. |
| Allston side-street gentle density and ADUs | 300 to 500 | This should add modest capacity without treating every side street as a major redevelopment area. |
| Brighton Center, Washington Street, and Oak Square | 1,400 to 1,800 | This is Brighton’s main Squares and Streets opportunity. |
| Guest Street, North Beacon Street, Market Street, and Boston Landing | 2,000 to 2,500 | This is Brighton’s highest-capacity near-term housing district. |
| Commonwealth Avenue, Cleveland Circle, Chestnut Hill Avenue, and Green Line edges | 1,300 to 1,700 | This should absorb mid-rise apartment buildings near transit, especially on underbuilt parcels. |
| Soldiers Field Road, Leo Birmingham Parkway, and Western Avenue Brighton edge | 1,000 to 1,200 | This should add larger residential buildings where parcels are deep and buffers can protect side streets. |
| Institutional and health-campus edges | 800 to 1,000 | This includes St. Elizabeth’s-area housing, senior housing, workforce housing, and institutional master-plan commitments. |
| Brighton gentle density and ADUs | 1,000 to 1,300 | This should legalize small multifamily evolution in lower-density areas without relying on towers. |
Allston and Brighton Paper Capacity
| Neighborhood | Actual target | Required paper capacity | Reason |
|---|---|---|---|
| Allston | 6,000 homes | 15,000 to 18,000 homes | A 2.5x to 3.0x multiplier is plausible because Allston has more large parcels. |
| Brighton | 8,500 homes | 22,000 to 27,000 homes | A 2.75x to 3.25x multiplier is more realistic because ownership is more fragmented. |
| Allston plus Brighton | 14,500 homes | 37,000 to 45,000 homes | This is the legal envelope needed for a credible ten-year production program. |
Parcel Archetypes and Recommended Zoning Envelopes
| Parcel archetype | Examples | Redevelopment probability | Recommended zoning envelope |
|---|---|---|---|
| Large master-plan parcels | Harvard ERC, Beacon Park Yard, Allston Yards, and Boston Landing | High where ownership is consolidated. | Eight to eighteen stories, 5.0 to 7.0 FAR, residential by right, and lab or office conditional or capped. |
| Surface parking and auto-oriented commercial parcels | Guest Street, Everett Street, North Beacon Street, Western Avenue, and Brighton Avenue | High. | Six to ten stories, 4.0 to 5.5 FAR, no parking minimum, and a parking maximum of 0.3 to 0.6 spaces per unit. |
| One-story retail and small commercial parcels | Allston Village, Brighton Center, Oak Square, and Cambridge Street | Medium. | Four to seven stories, 2.5 to 4.0 FAR, and residential above active ground floor by right. |
| Industrial or quasi-industrial parcels near transit | North Beacon, Everett, Market, Braintree, and parts of Western Avenue | Medium to high. | Mixed-use residential allowed by right if clean-use standards are met, with six to eight stories as the baseline. |
| Institutional and hospital-edge parcels | Harvard, St. Elizabeth’s, BU, and BC-adjacent areas | Medium. | Require housing commitments through institutional master plans, especially dorms, workforce housing, and senior housing. |
| Low-rise residential side streets | Existing 1F, 2F, 3F, and MFR districts | Low. | ADUs by right, three to four units by right near corridors, and six to eight units on larger lots near transit. |
| Historic or design-sensitive residential pockets | Aberdeen, Newton Street, Raymond Street, and comparable areas | Low. | Preserve form controls while allowing internal conversions, ADUs, and small additions where envelope is unchanged. |
Model Zoning Reform Package
The reform package should amend Article 51, the Allston-Brighton Neighborhood District, and related zoning maps. Article 51 is the correct local vehicle because it already governs Allston-Brighton and recognizes the Western Avenue planning framework.11
Boston zoning is unusual because ordinary City Council ordinance is not the sole mechanism for changing zoning. Chapter 665 of the Acts of 1956 establishes the Boston Zoning Commission framework and provides for mayoral approval of zoning amendments. Therefore, the package should be written as a Zoning Commission petition, supported by a City Council order and, if necessary, a state enabling act.12
The core local device should be an Allston-Brighton Housing Abundance Overlay District with six subdistricts: High-Capacity Housing, Main Corridor Housing, Squares and Streets Housing, Neighborhood Transition Housing, Neighborhood Housing, and Institutional and Campus Housing. The overlay should provide that, where the overlay conflicts with underlying Article 51, the overlay controls.
The zoning should make multifamily residential use as of right in the high-capacity, main-corridor, squares-and-streets, neighborhood-transition, and institutional subdistricts. It should allow mixed-use residential buildings by right in high-capacity, main-corridor, and squares-and-streets areas. It should allow ADUs, internal conversions, and small multifamily dwellings by right in the neighborhood-housing layer.
The dimensional standards should be bold enough to create real capacity. High-capacity sites should allow up to 18 stories or 220 feet and up to 7.0 FAR. Main corridors should allow up to 10 stories or 125 feet and up to 5.0 FAR. Squares should allow up to 7 stories or 85 feet in core areas and 5 stories or 65 feet on transition blocks. Neighborhood-transition areas should allow 4 stories and 8 to 12 units on qualifying lots. Neighborhood-housing areas should allow ADUs, internal conversions, and up to four units by right where form standards are met.
The bedroom-mix rule should require projects with 20 or more units to provide at least 35 percent 2BR+ units and at least 15 percent 3BR+ units, while allowing alternative mixes for student, senior, supportive, formerly homeless, or other population-specific housing where a different mix better serves demonstrated need.
The parking rule should eliminate residential parking minimums and impose parking maximums that vary by subdistrict. This is consistent with the City’s existing use of TDM review for large Article 80 projects, but it moves the system from discretionary mitigation toward predictable requirements.13
Article 80 and Agency Guideline Reform
Article 80 modernization should create a Housing Abundance Review Track. Code-compliant housing projects in the overlay should receive objective and time-limited review rather than being forced to relitigate use, height, density, parking, and unit count after those questions have already been decided through zoning. Recent Article 80 modernization work already moves in this direction by seeking predictable, transparent, timely review and by adjusting BCDC review thresholds.14
The Planning Department should publish an Allston-Brighton Housing Abundance Administrative Manual. That manual should contain subdistrict maps, parcel-eligibility rules, objective design standards, application checklists, Article 80 timelines, public-comment rules, mitigation menus, and a capacity dashboard.
The Boston Civic Design Commission should review only objective design, public-realm, and urban-form criteria. Design review should not reduce the number of homes, height, FAR, or residential use that the zoning authorizes.
The Boston Transportation Department should revise the TDM point system and TAPA guidance for the overlay. The policy should be no parking minimums, enforceable parking maximums, unbundled parking, secure bicycle parking, safe loading, curb-management plans, bus-stop improvements, and transportation demand management scaled to project size.15
The Inspectional Services Department should create a Housing Abundance Zoning Compliance Certificate. If a project meets objective zoning standards, ISD should be able to confirm compliance without routing the project into variance practice.
The Mayor’s Office of Housing should publish affordability-bonus schedules, bedroom-mix compliance rules, and anti-displacement-plan standards. The office-to-residential conversion program provides a useful model because it states affordable requirements clearly in advance rather than negotiating them project by project.16
Institutional master-plan review should require Harvard, BU, BC, hospitals, and other institutions to quantify student, graduate-student, postdoc, staff, and affiliate housing demand and to commit to housing plans that measurably reduce pressure on the private rental market.
The state enabling bill is useful because Boston is exempt from the ordinary state Zoning Act even though MBTA Communities requirements apply to 177 other transit-served municipalities. A Boston-specific enabling act can clarify authority for objective, as-of-right, time-limited housing abundance districts without relying on a statewide mandate that does not directly cover Boston.17
Implementation Roadmap
| Period | Actions |
|---|---|
| First 90 days | File a City Council hearing order; ask the Planning Department to prepare zoning text and maps; assemble parcel and pipeline data; begin stakeholder briefings with civic groups, tenant organizations, local businesses, institutions, and housing advocates. |
| Months 3 to 6 | Release a draft Allston-Brighton Housing Abundance Overlay map; publish a parcel-level capacity analysis; release objective design standards and preliminary transportation requirements; revise the draft based on community and technical feedback. |
| Months 6 to 12 | BPDA Board and Planning Department should transmit a formal Zoning Commission petition; City Council should advance related ordinances or orders; Representative Honan or another legislative sponsor should file the enabling act. |
| Year 1 to Year 2 | Adopt zoning and administrative manuals; launch the Housing Abundance Review Track; begin permitting first-wave corridor and large-site projects; publish a quarterly dashboard. |
| Years 3 to 6 | Reach peak production through Western Avenue, Harvard ERC, Allston Yards, Boston Landing, Guest Street, North Beacon, Brighton Center, Commonwealth Avenue, and institutional housing commitments. |
| Years 7 to 10 | Deliver later-decade large sites, including Beacon Park or West Station-related projects; maintain ADU and missing-middle production; adjust zoning if rents, vacancies, or permitting data show underperformance. |
Communications Strategy
The message should be simple: plan once, review predictably, build homes near jobs and transit, protect existing residents, and stop making every project relitigate the zoning code. This framing connects market-clearing economics with daily household finances and with procedural fairness. It avoids arguing that every building is perfect. Instead, it argues that a democratically adopted zoning plan should be allowed to work.
The household-finance case is especially powerful in Allston. Lower rents mean first-generation immigrant families can move from overcrowded homes into family-sized homes while still saving for children’s education and retirement. Young workers can pay down debt and stay in the region. Students and postdocs can reduce financial stress. Seniors can age in place. The market-clearing model is not merely a supply abstraction; it is a cash-flow model for ordinary households.
Implementation Considerations
Implementation begins with parcel-level mapping. The Planning Department’s capacity analysis should join individual parcels to zoning, assessor, ownership, environmental, and transit layers and score each parcel’s redevelopment probability, so that the overlay map and its subdistrict boundaries are drawn parcel by parcel.
Infrastructure and feasibility will shape delivery. Financing, construction labor, sewer and water capacity, electric infrastructure, schools, public realm, transit capacity, and street redesign will matter. Those constraints do not invalidate the housing target, but they will shape sequencing, public investment, and the politically credible implementation schedule.
Lower rents translate directly into household finances. Because rent is the largest expense for most Allston and Brighton households, rent reductions affect debt paydown, college savings, retirement saving, overcrowding, displacement risk, and household formation. These effects can be tracked for each demographic group with ACS microdata and local rent data as the plan is carried out.
Separate Legislative Appendices
The full model legal texts are published on our model legislation page. Appendix A is the model Boston Zoning Commission petition for an Allston-Brighton Housing Abundance Overlay District. Appendix B is the model Boston City Council order. Appendix C is the model state enabling act for Representative Honan or another state legislator to file.