
Also known as Jahnsportpark
The Friedrich-Ludwig-Jahn-Sportpark is a multi-purpose sports complex located in the western part of the locality of Prenzlauer Berg in the borough of Pankow in Berlin. The sports complex covers an area of approximately 22 hectares and comprises several facilities. The main building is the Friedrich-Ludwig-Jahn-Stadion. The stadium is the third-largest stadium in Berlin, after the Olympiastadion and the Stadion An der Alten Försterei, with a capacity of approximately 20,000 seats, of which 15,000 are covered. The most recent main tenants of the stadium have been VSG Altglienicke and Berlin Thu
~27 min read
The Friedrich-Ludwig-Jahn-Sportpark is a multi-purpose sports complex located in the western part of the locality of Prenzlauer Berg in the borough of Pankow in Berlin. The sports complex covers an area of approximately 22 hectares and comprises several facilities. The main building is the Friedrich-Ludwig-Jahn-Stadion. The stadium is the third-largest stadium in Berlin, after the Olympiastadion and the Stadion An der Alten Försterei, with a capacity of approximately 20,000 seats, of which 15,000 are covered. The most recent main tenants of the stadium have been VSG Altglienicke and Berlin Thunder. Friedrich-Ludwig-Jahn-Sportpark was the venue for the 2018 World Para Athletics European Championships. The large stadium is planned for a complete redevelopment. Demolition of the stadium began on 8 October 2024.
== History == The site was used by Prussian Army, before it was turned into a sports facility. The site became the parade ground of the 1st (Emperor Alexander) Guards Grenadiers, after the Prussian military had acquired the area from Christian Wilhelm Griebenow in 1825. The site got the nickname "Exer" from the military use. "Exer" is derived from the German word Exerzierplatz, meaning "Parade ground" or "Drill ground".
2 mapped locations
via Wikipedia infobox
via Wikidata · CC0
via Wikidata sitelinks · CC0
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).