B
Property Report

3209 HOLYOKE RD

Philadelphia, PA 19114

84.7/100

This property at 3209 HOLYOKE RD, Philadelphia, PA 19114 has no violations on record, 5 recorded ownership transfers. View the full property report for detailed violation history, ownership records, title risk analysis, and neighborhood safety data.

Property Details

Market Value$27,500
Property TypeVACANT LAND
OwnerMclaughlin Jillian
NeighborhoodAston-Woodbridge

Grade Breakdown

Building SafetyA
Code ComplianceA
License StatusF
Complaint HistoryA
Property ConditionD

Property summary

3209 Holyoke Rd is a vacant land in the Aston-Woodbridge section of 19114, last assessed at $27,500. The property has been transferred 5 times in city records. No code violations are on record for this property. The property is held by Mclaughlin Jillian, an individual with a portfolio of 2 Philadelphia properties. Even small portfolios reveal patterns when violations, permits, and transfers are aggregated across the owner's other holdings.

Comparable properties on this block

AddressYearTypeValueGrade
3206 Holyoke Rd1950Single Family$389,800A
3200 Holyoke Rd1950Single Family$375,800A
3217 Holyoke Rd1950Single Family$369,900A
3219 Holyoke Rd1950Single Family$369,900A
3211 Holyoke Rd1950Single Family$369,600A

Recent activity

  1. 2024-03-18Transferred
  2. 2021-12-28Transferred
  3. 2021-12-28Transferred
  4. 2021-12-28Transferred
  5. 2021-10-01Transferred

Owner portfolio

Mclaughlin Jillian is an individual that holds 2 Philadelphia properties.

Neighborhood context

ZIP 19114
$302,300median value
2.8%with open violations
10,410properties tracked

Other properties on this block

Same block — compare grades, violation counts, and owner patterns across neighboring properties.

Other properties owned by Mclaughlin Jillian

Portfolio view — other Philadelphia properties linked to Mclaughlin Jillian by name.

More properties in Aston-Woodbridge

Explore other Philadelphia properties in Aston-Woodbridge with their own grades, violation history, and title-risk analysis.