Total views: 1608
Floorplan
Map1 bedroom apartment to rent
Hobart Road, Hayes, Greater London, UB4
Apartment
1 bed
1 bath
645
EPC rating: D
Key information
Letting details
- Deposit: £1557.70
Features and description
- Ground Floor
- Long Lease
- Quick Commute A40/M4/M25
- Transport Links
- Ideal Investment
- Chain Free
Perfectly positioned for easy access to the A40, M4, and M25, this beautifully presented one-bedroom ground floor apartment offers modern living with the added benefit of a private garden and allocated parking.
The property comprises a bright and spacious lounge, a well-equipped kitchen, a generous double bedroom, and a modern bathroom. Externally, the apartment benefits from direct access to its own private garden, ideal for outdoor relaxation or entertaining.
Located in a highly sought-after area, the property offers excellent transport links and is conveniently close to local amenities, making it an ideal home for professionals or couples seeking comfort and convenience.
The property comprises a bright and spacious lounge, a well-equipped kitchen, a generous double bedroom, and a modern bathroom. Externally, the apartment benefits from direct access to its own private garden, ideal for outdoor relaxation or entertaining.
Located in a highly sought-after area, the property offers excellent transport links and is conveniently close to local amenities, making it an ideal home for professionals or couples seeking comfort and convenience.
Rooms
Lounge-Kitchen 6.25m x 3.71m (20' 6" x 12' 2")
Bedroom 3.58m x 3.04m (11' 9" x 10' 0")
Bathroom 2.23m x 1.52m (7' 4" x 5' 0")
Storage 1.97m x 1.78m (6' 6" x 5' 10")
About this agent
Understanding the needs and requirements from vendors, landlords, buyers and tenants the team at Stones Property use a different number of methods to achieve and manage client goals and expectations. Coupled with the traditional methods we have developed our services with the advance in technology to ensure that the most successful methods to achieve the designed goal is completed in smallest of time frames.