Buildings with heat and hot water included near the B26 bus in Brooklyn
This page covers Brooklyn buildings with heat and hot water included near the B26 bus route, with 166+ eligible buildings right now. Use it to narrow down options where your monthly “utilities” may be more predictable. On Openigloo, you can compare buildings using resident-first info like reported building details, ratings from rated buildings, and practical signals from open data. You can also read tenant Q&A to spot patterns that don’t show up in photos, and ask follow-up questions before you sign a lease.
Buildings with heat and hot water included near the B26 bus in Brooklyn
Showing 19–36 of 166 buildings with heat and hot water included near the B26 bus in Brooklyn.

662 Pacific Street
Prospect Heights
253 Cumberland Street
Fort Greene
1 Flatbush Avenue
Fort Greene
372 St Johns Place
Prospect Heights
595 Dean Street
Prospect Heights
595 Baltic Street
Boerum Hill

225 Schermerhorn Street
Downtown Brooklyn
3426300-3011180004
Prospect Heights
388 Bridge Street
Downtown Brooklyn
79 Clifton Place
Clinton Hill
300 Ashland Place
Fort Greene
275 Park Ave
Clinton Hill
52 Clark Street
Brooklyn Heights
75 Ralph Avenue
Stuyvesant Heights
96 Sterling Place
Park Slope
1296 Pacific Street
Crown Heights
946 Bushwick Avenue
Bushwick

600 Park Place
Crown Heights
What to check before choosing a building with heat and hot water included near the B26 bus in Brooklyn
- Confirm exactly what’s included: ask whether heat and hot water run year-round and how they’re billed (if at all) for your unit.
- Check the building’s actual heating setup (radiators vs. other systems) and expected maintenance response times before committing.
- Bring lease terms to the viewing: look for security deposit amount, rent payment due dates, and whether any utility surcharges can apply.
- Use the B26 “near” filter as a starting point, then verify walking time in real conditions (time of day, weather, transfers).
- Read building reviews and tenant Q&A for recurring issues like hot-water recovery, temperature consistency, and service delays.