4 days - from only £259pp
ABOUT THE TOUR
The presents are unwrapped and the turkey has been eaten, but that doesn’t mean the festive spirit doesn’t live on! Enjoy the period in between Christmas and New Year, known as Twixmas near Fort William. In a beautiful location, at the foot of Ben Nevis and overlooking tranquil Loch Linnhe, the bustling resort of Fort William is perfectly located to discover Scotland’s wonderful scenery.
Local departure by coach or Home Connect, then on to the Caledonian Hotel, Loch Linnhe near Fort William for three nights.
Included meals: Dinner
Day 3: Day at leisure or Loch Ness
Relax in Fort William, or join our optional excursion to the shores of Loch Ness.
Travel through breath-taking scenery to admire infamous Loch Ness and visit Fort Augustus, situated on the southernmost shores of this iconic loch.
Included meals: Breakfast, Dinner
Our optional excursions are a great addition to enhance your holiday experience and are highly recommended.
The optional excursions will be available to book during your tour.
Prices are per person and are subject to change. Payment will be in cash in Euros (for tours to Europe) or Sterling (for UK tours).
Included meals: Breakfast
You will stay for three nights at the Caledonian Hotel, located in Fort William.
The Caledonian Hotel is located just two miles from the centre of Fort William, between Loch Linnhe and Ben Nevis, and is ideally placed for a relaxing stay amidst the breathtaking natural beauty of the western Scottish Highlands. The scenery doesn’t stop at the hotel door; you’ll find tremendous views from the recently refurbished bar and lounge area, as well as the restaurant where you can enjoy delicious breakfast and evening meals. The hotel has a regular programme of authentic entertainment during the holiday season, including musicians and comedians, perfect for relaxing to with a well-deserved drink after a day discovering the local sights.
Travel from most joining points is included within your coach holiday price.
See our full list of our joining points.