Queen Anne

Overview

Fancy a stay steeped in history right in the buzzing centre of Brussels? Queen Anne, dating back to 1958, offers just that! With its mix of classic charm and modern comforts, it’s a cracking spot. You’ve got 60 swish rooms, each kitted out with air conditioning and minibars, plus an on-site restaurant, bar, and even a refreshing outdoor pool.

Location

Right smack in the middle of Brussels, Queen Anne is ace for exploring. A 200-metre stroll gets you to trendy theatres, and within 500 metres you’ll find museums and restaurants to tickle your fancy. Shopping’s sorted nearby too. For the wanderlust-filled, De Brouckère Station is a stone’s throw away at 300 metres, and you can zip from Brussels National Airport, just 10 km away. Fancy a jaunt from Charleroi Brussels South Airport? That’s 50 km.

Rooms

Spread over seven floors, the 60 rooms at Queen Anne are just lush! Each one’s got a safe for those treasured bits and bobs, aircon to keep you cool, and a minibar for your snazzy evening tipple. Central heating’s there for when Brussels gets nippy, and if you’re travelling with the nippers or a big crew, extra beds and cots can be sorted on demand.

Food & Drink

When it comes to nosh, the Queen Anne’s got you covered. The on-site restaurant’s where to head for delish meals, and there’s a café for lighter bites and coffee breaks. Fancy a cheeky drink? The bar’s spot on for unwinding. And mornings? They’re made for the breakfast buffet – a proper start to your day!

Sports & Entertainment

For splashing fun and relaxation, the outdoor freshwater pool is bang on. Perfect for a dip after a day of sightseeing.

Distance From Major Transportation Hubs

Getting around is a breeze from Queen Anne. De Brouckère Station is just a short walk at 300 metres, and you can catch your train at the nearby bus/train station. Looking to fly? Brussels National Airport is 10 km away, while Charleroi Brussels South Airport is 50 km for the further afield explorers. The South-Railway station is right on your doorstep at 0 km.