Family Fun at Disneyland Paris
3-nights from AED11,500 for a family of four
With this exciting offer, you and your family will have the chance to experience the wonderful world of Disney, a holiday destination like no other! With an included 4-Day/3-Nights Disneyland® Park Tickets, you can meet all your favourite Disney characters, discover thrilling rides and enjoy colourful parades. Expect to find a huge range of shows, entertainment, live music and great food to keep everyone happy at this truly enchanted destination!
There’s also the Disney Village close by, the perfect place to grab a bite to eat and buy your Disney souvenirs. This incredible three-night getaway allows you to make the most of the enchantment of Disney, by placing you close to the action at the 4* Newport Bay Club. Let the emblematic lighthouse of Disney Newport Bay Club steer you and your crew toward a 4-star experience where relaxed elegance awaits you at every turn. Featuring Classic New England style, Mickey & Minnie theming, Nautically-themed rooms and 15-minute walk to the Disney Parks.
Share a moment with Disney Characters - cross paths in the hotel lobby with beloved Disney Characters and grab a selfie you'll cherish forever or take a lap in the Nantucket Pool, the hotel's very own heated indoor and outdoor pools.
Terms and Conditions:
Price based on 2 Adults and 2 children at Newport Bay Club. Including, hotel to park transfers, park tickets and breakfast. Check in from April 2023 until October 2023 for 3-nights. Subject to availability. Give me a call for further details.
3-nights from AED11,500 for a family of four



The Small Print
These offers are brought to you by Travel Counsellors LLC. Some of the offers contained within may be fulfilled by third party Tour Operators or suppliers. Terms and conditions apply to any booking and they are available upon request. The offers and prices contained in this offer are subject to availability and can be withdrawn or amended at any time without notice to you. Prices and information correct at time of distribution.