9537 Elizabeth Howe Ln, Owings Mills, MD, 21117
Danielle Crowder in Maryland 2 Public Records Found
2 people with the name Danielle Crowder, aged 29 to 75, have been found in Maryland, including Middle River, and Owings Mills. Locate Crowder's birthdays, relatives, neighbors, associates, and property details to confirm the correct person. You may also find their criminal records, social media accounts, and other public data.
Danielle K Crowder, 29 Owings Mills, MD
Resident Since: 2018Year Built: 2014Property Type: Single Family Dwelling UnitProperty Value: $309,000
Danielle Crowder from Owings Mills, MD, was born on June 27, 1997, and is now 29 years old. Danielle has been associated with 1 residence over the years. 9537 Elizabeth Howe Ln in Owings Mills, Maryland, 21117 is her current address. Records show she moved to the property in 2018. The house's estimated value is $309,000 and it was built in 2014. You can call or text Danielle Crowder at (410) 356-8363, her current phone number. Crowder has 2 family members.
(410) 356-8363 (Landline)
Danielle Crowder, 75 Middle River, MD
2103 Redthorn Rd, Middle River, MD, 21220
Resident Since: 2019Year Built: 1955Property Type: Single Family Dwelling UnitProperty Value: $94,481
Danielle Crowder from Middle River, MD is 75 years of age. She has been living at the property valued at $94,481 since 2019. The house was constructed in 1955.
Questions about Danielle K Crowder
Danielle K Crowder lives at 9537 Elizabeth Howe Ln, Owings Mills, MD, 21117. She has lived at this address since 2018.
Before she moved to her current place, Danielle K Crowder used to live at the following address: 9412 Owings Heights Cir, Owings Mills, MD, 21117.
Please call Danielle K Crowder at (410) 356-8363. This is her home phone number.
She seems to be related to the following people: Ciara Crowder, Shelia Crowder.
Danielle K Crowder was born on June 27, 1997. She is about to turn or has already turned 29.
A background report is required in order to verify whether she has been involved in any criminal activity.