If you’re a fan of all things American, this 8 night 3-city trip to the states is made for you. You’ll fly from Manchester to New York City for three nights in The Hotel Edison in famous Times Square.
This renovated Midtown Manhattan hotel has a stately Art Deco lobby and exterior; the perfect base for you to explore the Big Apple.
You’ll then fly to the west coast to spend 2 nights in the amazing city of San Francisco, staying in The Handlery Union Square Hotel.
You’ll get to take a trip on a cable car, visit Alcatraz island and walk across Golden Gate Bridge during your time in one of America’s best loved cities.
Then it’s off to Sin City, Las Vegas, where you’ll spend three nights in the Egyptian-themed Luxor Hotel. You could spend your time at the casino, walking the strip or taking in a famous show in the entertainment capital of the world.
- Jan 2017 9-11, 15-23 or 31 - £849.00 pp
- Feb 2017 1-3, 6-8, 15 or 20-22 - £849.00 pp
- Mar 2017 1, 5-9, 14-16, 21-23, 28 or 29 - £999.00 pp
Just click on ‘Buy Now’ to get your voucher code and ordering instructions.
Did you know you can give this
deal as a personalised gift voucher?
Once deal is purchased, Hush Hush Daily Deals will send you your confirmation of purchase.
Your voucher code will be sent within 24 hours of purchase, along with details of how to redeem.
Two vouchers must be purchased to complete this deal based on two sharing one room.
Flight departure points, dates and hours are subject to availability and cannot always be guaranteed.
The refund policy is non changeable and refundable once holiday is confirmed.
Room only and standard twin/double.
Flights from Manchester.
Voucher valid for 30 days from purchase.
Original price checked on 19.05.2016 at 12.42.
Merchant T&Cs apply.
Price checked & discount may take into account Hush Hush Daily Deals Promos
Up until point voucher Is redeemed Hush Hush T&Cs apply
May buy multiples.
Discount Is calculated Using the 'worth' of the item and the price at which Hush Hush Daily Deals is selling it. P&P is not included in this calculation.