
The person at the center of this case
Melissa Dawn Hasley
Justice for Melissa Dawn Hasley — the trail went cold in 2002, but the truth hasn't.
Start here
Why did Melissa leave through the alley door on the north side of the building rather than a main entrance?
Who were the last people to see Melissa and what was her state of mind that evening?
What circumstances led to her disappearance and was she meeting someone?
Melissa Dawn Hasley, a 31-year-old woman, disappeared on October 18, 2002, from an apartment complex near the 1700 block of Grand Avenue in Des Moines, Iowa, last seen between 11:45 pm and 1:45 am. She is believed to have left through an alley door on the north side of the building, and her whereabouts remain unknown after more than two decades. Anyone with information about her disappearance is urged to contact the Des Moines Police Department.
Try asking
A one-time $10 claim transfers this imported case workspace to your account. You get 10 uploads for this case, 25 daily AI questions for this case, and public tips with files route to you.
This does not start a subscription. When the included limits are reached, the Personal plan unlocks more workspace capacity.
Official wording
NamUs case MP400. Missing person: Melissa Dawn Hasley.
Last known contact: 2002-10-18 in Des Moines, Polk, IA. Circumstances: Unknown.
Melissa was last seen between 11:45pm and 1:45am at an apartment complex in the vicinity of the 1700 block of Grand Ave. in Des Moines, IA.
It is believed she left through the alley door on the north side of the building. Demographics: 31 years, Female, White / Caucasian.
Physical description: 5 ft 4 in, 90 lbs, hair: Blond/Strawberry, eyes: Hazel. Clothing and accessories: Clothing: White T-shirt, blue jeans, beige jacket.
Investigating agency: Des Moines Police Department | 2002-43573.
Melissa was last seen at an apartment complex near 1700 block of Grand Ave in Des Moines between 11:45pm and 1:45am
Any information, no matter how small, could be crucial to solving this case.
Any information, no matter how small, could be crucial to solving this case.