Rue de Babylone, Paris 7th

Ref: 07163
2 100 /month
Currently Rented
Furnished - 1 Bedroom
40 m2 / 431 sq. ft.
1st French floor without elevator
1 Bathroom
1 WC
Saint-François-Xavier
Sèvres - Babylone
Arnaud Laurent-Tenaille

+33 7 56 79 53 60

Highlights

  • Recently Renovated
  • Hardwoods
  • Mouldings
  • Quiet
  • Garden

Bathroom

  • Recently renovated
  • Shower

Kitchen

  • Recently renovated
  • Open
  • Fully-equipped

Appliances

  • Washer/Dryer
  • Fridge
  • Oven
  • Dishwasher

Description

Furnished apartment located on rue de Babylone in Paris 7th arrondissement close to metro stations Saint-François-Xavier (line 13) and Sèvres - Babylone (line 10 and line 12), with common areas in good conditions. The apartment was recently renovated. Upscale furniture, refined, contemporary, elegant decoration. Hardwood flooring, moldings.

This 40 sqm property, on the 1st French floor without elevator features:
- A spacious living room.
- A fully-equipped open-plan kitchen. High-end appliances.
- A bedroom on courtyard with en-suite bathroom.
- A recently renovated bathroom with walk-in shower.
- One WC.

Heating and hot water are provided by electric heaters.

Conditions financières

Security Deposit: 2 months rent.

Agency Fees: 12.5% of the annual rent including charges + VAT (20%). In relevant cases, ALUR law will apply (with standard government-regulated fees).

Area subject to rent control : Base rent of the property excluding charges (according to estimated charges) : 1980.0€ ; Increased reference rent set by prefectural decree : 1616.0€ ; Additional rent justified by the characteristics of the property : 364.0€ ; These are only applicable if the lease is subject to the provisions of the ALUR law concerning rent control.

Floor Plan

Location

Energy Efficiency Rating

Economic residence Housing High energy housing A ≤ 50 B 51 - 90 C 91 - 150 D 151 - 230 E 231 - 330 F 331 - 450 G > 451 133.0 kWh ep /m 2 a Low GES emission Housing High GES emission A ≤ 5 B 6 - 10 C 11 - 20 D 21 - 35 E 36 - 55 F 56 - 80 G > 81 4.0 kg �q C02 /m 2 a