Exterior
123.75 sq m(1,332 sq ft)
Guide price £1,995($2,518)
MonthlyFees apply

Mill LaneHenley-on-Thames, Oxfordshire, RG9 4HB

  • Let
  • Unfurnished

Key features

  • Detached cottage
  • Riverside
  • Beautifully presented
  • Stunning views
  • Car port
  • Garden
  • Council Tax Band = F

Stunning detached cottage in a tranquil setting overlooking the River Thames

About this property

  • An excellent riverside home with stunning views of the River Thames. The house offers a large entrance hall leading to the living room which benefits from a gas fire and views over the river. There is an open plan kitchen and dining room with a beautiful high ceiling and exposed beams. There is also a separate cloakroom. There are two double bedrooms overlooking the garden and a spacious family bathroom with bath and separate shower.

    The rear garden has a patio area and a charming wooden bridge over an attractive stream leading to the lawn beyond. There are two parking spaces. A mooring is available for an additional cost per month.

A rare opportunity for riverside living in a beautifully updated cottage

Charlie KnappProperty agent

Local information

  • Set in a residential lane next to the River Thames. Henley-on-Thames, has excellent shops, a theatre, restaurants, the cinema and the beautiful River Thames. The town offers many cultural and sporting activities, the rolling Chiltern Hills are on the doorstep and the commuter links by train or road are excellent to London, Reading, Oxford and the midlands. The M40 and M4 motorways are within easy reach as is Heathrow airport.

Additional information

  • Directions: Proceed out of Henley town along the Reading Road. Pass over the mini roundabout and proceed past the Esso garage on your left. After passing Newtown Road on your left take next left into Mill Lane. Proceed down Mill Lane over the bridge and continue to the end (until you reach the River Thames). Bear right where Pool House Cottage can be found on the right hand side. Postcode RG9 4HB
  • EPC Rating = D