Work together this Valentines with your loved one, forging your own forever lasting rose. A great experience and the perfect date!
Join us at The Oldfield Forge Academy this Valentines and work with your loved one to forge your very own forever lasting rose.
Our talented blacksmiths will teach you the ancient traditional methods so that you can create your own bespoke handmade rose.
We will treat you to a bottle of Fizz and you can then enjoy a picnic in the beautiful Oldfield woods or snuggle up in our Shepherd or Swedish hut.
This is truly is a magical experience to share together.
Price is per couple.
LOCATION: Garway Hill, Herefordshire. Parking is available at our premises.
DURATION: 3 Hours of forging
WHAT YOU NEED TO KNOW: For health and safety reasons, please wear closed-toe shoes. Aprons and all materials are provided. Under 16's must be accompanied by an adult. We welcome groups of all sizes and abilities.
VOUCHER DELIVERY. An e-voucher will be delivered to your registered e-mail address once your order has been accepted by the seller (normally 24-48 hours after purchase). If you choose an optional voucher pack, this will be sent by post to your chosen delivery address; see the top of this page for estimated delivery dates. Your pack will contain a printed gift envelope, wallet and printed voucher and will be delivered free of charge.
The voucher gift pack measures approximately 18 x 13 cm
HOW TO BOOK
Contact information for booking a place on this experience will be provided on your voucher.
GET IN TOUCH
To ask a question or find out more about this experience, get in touch with the seller directly via the ‘ask seller a question’ button above.
This is a 'Valentines special' voucher and so bookings are only valid on the 13th, 14th or 15th February 2017.
TERMS & CONDITIONS
General notonthehighstreet.com shopper terms and conditions apply. Bookings are made subject to availability; for best availability, we advise booking within 28 days of your order being accepted. For refunds, a 28-day cancellation period applies.