414 Light Street is a building located on Light Street in the Inner Harbor district of Baltimore, Maryland. It consists of a 44-story glass and steel structure completed in 2018. [1]
| 414 Light Street | |
|---|---|
| | |
| |
| General information | |
| Status | Completed |
| Type | Mixed use (Business and residential) |
| Location | Baltimore, Maryland, United States |
| Opening | 2018 |
| Height | |
| Antenna spire | 418 ft (127 m) |
| Roof | 500 ft (150 m) |
| Technical details | |
| Floor count | 44 |
| Floor area | 635,297 sq ft (59,021.0 m2) |
| Design and construction | |
| Architect(s) | Solomon Cordwell Buenz |
| Structural engineer | VICTAULIC; Blum Consulting Engineers, Inc. |
| Main contractor | Lendlease |
| Website | |
| 414lightstreet | |
| References | |
| [1] | |
Located at the intersection of Light and Conway streets in Downtown Baltimore, 414 Light Street was built on the original site of the McCormick & Company. The 1921 industrial complex was a fond memory of many Baltimoreans for the spice aromas that wafted down to the streets below. [2] The McCormick building was razed in 1988 after the company had left the city for Hunt Valley. [3] The demolition of the original factory was heartily fought by preservationists, but The Rouse Company, developers of Columbia and Harborplace, won in the Maryland Court of Appeals. [4] The Rouse Company's plans for a replacement structure never came to fruition, leaving the property as a vacant parking lot.
After 25 years as a parking lot, construction began on 414 Light Street in 2014. Designed by Chicago architecture firm Solomon Cordwell Buenz, the building has a contemporary style. The project is notable for being Baltimore's tallest apartment building, and third tallest skyscraper after the 1929 Bank of America Building. [5] Construction finished at the end of 2018. [6]
The building is home to 394 apartments as well as retail on the ground floor. [1] The apartments are considered luxury-style from $1,800, and penthouse rentals at more than $8,000 a month per unit. [7]