Situated in an exclusive dock-side development moments from Canary Wharf and Crossharbour DLR Station, this luxurious studio flat benefits from a private balcony/terrace, lift access, a concierge and leisure facilities.
- Luxurious studio flat arranged on the third floor
- Spacious studio room with well presented interiors
- Contemporary kitchen and glazed doors to terrace
- Sleeping/dining area with fold-down bed/dining table
- Offers chic shower room
- Boasts exclusive dock-side Baltimore Wharf
Baltimore Wharf is enviably located close to a wealth of Canary Wharf shops, bars and restaurants with Millwall Dock close by. Transport links close to the property include Crossharbour and South Quay DLR Stations.
Canary Wharf locals have kindly shared their favourite places to go...
Terrace Bar at Wahaca
Mouthwatering Mexican market food in the centre of Canary Wharf. In addition to the restaurant, there's also a pop-up in Canada Square so you can devour a burrito and enjoy the sunshine in the park! Try the frijoles & tortilla and salted caramel ice cream - you won't regret it!
Canada Square Park
Whether it's a music event, car exhibition or watching a top sporting match on one of the big screens, sit back and grab a drink in the heart of Canary Wharf.
A great place to go if you are a fan of contemporary Japanese cuisine. Try the "Beef tataki" with smoked cheese, chives and soy roasted almonds - it's amazing and they also offer a very wide selection of premium sake.
South Quay station
- Admin fee:
- £420 (includes VAT) One-off payment, per property, at start of tenancy
- Additional costs:
- Other terms & fees may apply
- £2,100 (6 weeks rent)
- Council tax:
- £1,197 per year (Band D)
- Local authority:
- Tower Hamlets
- Total Sq Ft:
- 359 (33 Sq M) approx.
Council tax is given as a guide only and should be checked and confirmed before exchange of contracts.
Energy Performance Certificates
The Energy Performance Certificate (EPC) gives the building a standard energy and carbon emission efficiency grade from 'A' to 'G', where 'A' is the most efficient and 'D' being the average to date.