Members of the Town of Needham zoning working group spent a large portion of their meeting debating how attic or third-floor space should be counted toward Gross Floor Area (FAR), and agreed to defer a final decision pending additional research and builder consultation.
The group discussed multiple approaches: a simple rule counting all space above a 5-foot clearance (similar to some town models), a minimum-ceiling threshold such as 6'6" or 6'8", a Newton-style four-criteria test that requires several conditions to be met, or a fixed discounted allowance (for example, 200–250 square feet) for traditional attic spaces. Speakers expressed competing concerns. One member warned that a 5-foot rule would “dictate the pitch of roofs” and could push designers toward shallower roof pitches to avoid counting attic space. Others said that too permissive an allowance would let developers produce larger first and second floors by shifting area into an uncounted attic.
Architects and planners on the call noted practical enforcement issues and possible gaming of definitions. Paul (identified during discussion as an architect) recommended aiming for a definition that captures truly usable or habitable attic space while not penalizing legitimate storage attics; he offered to research alternative wording and consult builders. Several participants urged that the working group avoid adopting Wellesley’s more restrictive approach without modification; others referenced Concord and Lexington language as models and pointed to empirical attic-size data in the meeting packet.
The group agreed to schedule a short, focused follow-up meeting to resolve the technical definition before the packet deadline. Speaker 6 said they would contact builders and architects for feedback; Speaker 4 set a tentative meeting time (Monday the 29th at 1 p.m.) so members can present refined options.
Next steps: Paul and others will research model language and builder input; the working group will reconvene to try to finalize an attic/FAR definition that balances enforceability and design flexibility.