Ref: 03047, Paris 3rd

2 300 /month
Currently Rented
Furnished - 1 Bedroom
50 m2 / 538 sq. ft.
3rd French floor with elevator
1 Bathroom
1 WC
Caretaker
Saint-Paul
Richard Lenoir
Filles du Calvaire
Rambuteau

Highlights

  • Recently Renovated
  • Hardwoods
  • High ceiling
  • Quiet

Bathroom

  • Brand new
  • Shower

Kitchen

  • Brand new
  • Semi-open
  • Fully-equipped

Appliances

  • Washer/Dryer
  • Fridge
  • Oven
  • Dishwasher

Description

Very beautiful furnished apartment, fully renovated, located on rue Vieille du Temple, 3rd arrondissement of Paris, in the very pleasant district named “Les Archives”.

Next to the metro stations Saint-Paul (Line 1), Richard Lenoir (Line 5), Filles du Calvaire (Line 8) et Rambuteau (Line 11).

In a Haussmann building, with common areas in good conditions. Contemporary decoration, with hardwood flooring and high ceilings.

This 50 sqm property, on the 3rd French floor with elevator features:
- A living room facing south.
- A semi open-plan kitchen equipped with brand new appliances.
- A bedroom.
- A brand new bathroom with shower and toilets.

Heating and hot water are provided by electric heaters.

Intercom. Digital door code.

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) : 2120.0€ ; Increased reference rent set by prefectural decree : 2000.0€ ; Additional rent justified by the characteristics of the property : 120.0€ ; These are only applicable if the lease is subject to the provisions of the ALUR law concerning rent control.

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 > 451 311.0 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 72.0 kg �q C02 /m 2 a