Perfect, beautiful apartment located in Prenzlauer Berg
About this listing
Entire apartment
an extraordinary residential address in the popular Gleimviertel in Prenzlauer Berg. Built in 2001, inspired by the style of the 1960s, the building impresses with its striking architecture and elegant sandstone facade. The multi-award-winning property, including the "German Builder's House Award", is located in a quiet side street directly at the Friedrich-Ludwig-Jahn-Sportpark and thus offers a particularly attractive location - not least for sports and nature lovers. The fully furnished 2-roo...
Additional Information
Facilities • Car underground parking space optional rental (150€/month) • High-quality designer furniture, lights, Curtains, pictures and carpets • Putty and sanded walls and ceilings painted with colors from Farrow & Ball • Floor-to-ceiloing built-in wardrobes in the hallway • Zeyco Mobilo solid wood kitchen with Granite worktops / Bosch stove + ceramic hob / Smeg refrigerator • Room height approx. 278 cm • Floor-to-ceining doors with skylight • Large metal windows / light-flooded rooms • Elec...
Services
Amenities
Essentials
- Washing machineIn the apartment
- Desk or workspace
- Lift
Kitchen
- Stove
- Refrigerator
- Oven
- Microwave
- Cutlery
- Freezer
Bedroom
- Bedside lamp
- Closet or chest of drawers
Bathroom
- Bathtub
Other
- Floor heating
- Study rooms
- Community lounge
Beds
1 Double bed
Bedroom
Availability
- Jul 2026
- Aug 2026
- Sep 2026
- Oct 2026
- Nov 2026
- Dec 2026
- Jan 2027
- Feb 2027
- Mar 2027
- Apr 2027
- May 2027
- Jun 2027
House rules
Pets are allowed
Smoking is allowed
Cost overview
Monthly rent
€1,890
Security deposit
€5,220
Final cleaning fee
€150
€299 incl. VAT
Certifications and regulations
Energy certificate
- Energy efficiency class: D
- Type of energy certificate: Assessed by engineer (Bedarfsausweis)
- Date of issue: After April 2014 (EnEV 2014)
- Main source of energy: Gas
- Type of heating: Floor heating
- Year of construction: 2001
- Energy consumption parameter: 118.5 kWh/(m²*a)
