Rue Miromesnil, Paris 8th

Ref: 08143
3 250 /month
Currently Rented
Furnished - 2 Bedrooms
85 m2 / 915 sq. ft.
2nd French floor with elevator
1 Bathroom
1 WC
Caretaker
Villiers
Monceau

Highlights

  • Recently Renovated
  • Hardwoods
  • Mouldings
  • Unobstructed view
  • Quiet

Bathroom

  • Recently renovated
  • Bath tub

Kitchen

  • Separate
  • Fully-equipped

Appliances

  • Washer
  • Fridge
  • Oven
  • Dishwasher

Description

Fully-furnished apartment located on rue Miromesnil in Paris 8th arrondissement, close to the shops of rue de Lévis, 50m away from Villiers metro station (lines 2 and 3) and 9 minutes walk from Miromesnil metro station (line 9 and 13). Close to international schools & kindergartens.

In a building of 1860, with common areas in good conditions. Moldings.

This 85 sqm property, on the 2nd French floor with elevator features:
- A double living and dinning room. Unobstructed view.
- A fully-equipped separate kitchen.
- A master bedroom overlooking the garden on courtyard. One other bedroom.
- A bathroom with bath tub. One separate WC.

Heating and hot water are provided by gas-fueled heaters.

Intercom. Digital door code. Concierge.

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) : 2940.0€ ; Increased reference rent set by prefectural decree : 2924.0€ ; Additional rent justified by the characteristics of the property : 16.0€ ; These are only applicable if the lease is subject to the provisions of the ALUR law concerning rent control.

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 > 451 118.5 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 27.7 kg �q C02 /m 2 a