Rue de Villiers, Levallois

Ref: 92110
3 100 /month
Heating included
Hot water included
Currently Rented
Furnished - 3 Bedrooms
103 m2 / 1109 sq. ft.
1st French floor with elevator
2 Bathrooms
1 WC
Caretaker
Parking - at extra charge : 200 /month
Louise Michel
Les Sablons
Marie de Bréchard

+33 7 43 39 41 81

Highlights

  • Recently Renovated
  • Unobstructed view
  • 1 Balcony

Bathrooms

  • Recently renovated
  • Bath tub
  • Shower

Kitchen

  • Brand new
  • Open
  • Fully-equipped

Appliances

  • Washer + Dryer
  • Fridge
  • Oven

Description

Monthly rent excluding charges of 3100 € and monthly charges of 400€.


Beautifully furnished apartment located on rue de Villiers in Levallois-Perret, near Neuilly close to metro stations Louise Michel (line 3) and Les Sablons (line 1). Close to Marymount International School Paris, Sainte-Croix de Neuilly et Sainte-Marie de Neuilly.

This property, located on the 1st French floor with an elevator, is renovated and decorated with great taste.

This 103 sqm property features :
- A design, open living room with a a dining area and fully-equipped open kitchen.
- A 10 sqm terrace.
- A master bedroom opening on a balcony.
- A bathroom with a bathtub.
- A bathroom with a walk-in shower.
- A second bedroom, with a wardrobe, also opening on a balcony.
- A third, smaller bedroom.
- 1 WC.

Heating and hot water are collective.
A parking slot is available for 200€.
Building Caretaker. Intercom. Digital doorcode. The building is secured with cameras and right next to a bank, also secured.

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).

Floor Plan

Location

Energy Efficiency Rating

Economic residence Housing High energy housing A ≤ 70 B 71 - 110 C 111 - 180 D 181 - 250 E 251 - 330 F 331 - 420 G > 421 190.0 kWh ep /m 2 a Low GES emission Housing High GES emission A ≤ 6 B 7 - 11 C 11 - 30 D 31 - 50 E 51 - 70 F 71 - 100 G > 101 41.0 kg �q C02 /m 2 a