Pastel Peach Bouncy Castle & Soft Play XL

Pastel Peach Bouncy Castle & Soft Play XL - Image 2

£600.00 ex VAT -Rental Price

✅ How to Book

Click “Add to Quote”, tell us about your event, and we’ll confirm availability within the hour. It’s quick, easy, and there’s no obligation.

Pastel Peach Bouncy Castle and Ball Pit Hire

Package Includes

Pastel peach 15 x 12 bouncy castle
10ft Slide ball pit/ball pond
Pastel Peach Soft Play

Delivery Locations
Nationwide hire available across the UK. Delivery areas are Bexleyheath, Bexley, Bexleyheath, Orpington, Bromley, Chislehurst, Blackheath, Welling, Dartford, Sevenoaks, Tonbridge, Sidcup, Eltham, Greenwich, Surrey, Kent, Essex, London.

We are able to cover the whole of the UK on request. Minimum Spend and delivery fees apply to all locations. For all enquiries, please complete our enquiry form Contact Us.

Delivery Fees (Per Van, Each Way)

All delivery rates below are charged per van, each way.
Some larger events or setups may require two or more vans depending on the quantity and size of equipment being delivered.

Region	Price (Per Van, Each Way)	Notes
Kent & Essex	£150	Minimum charge for standard deliveries within the South East
London (Central & Greater)	£185	Includes congestion and ULEZ zones where applicable
Surrey, Sussex, Hertfordshire, Berkshire	£185	Standard rate for South East areas outside Kent & Essex
Birmingham, Coventry, Leicester, Nottingham	£275	Midlands coverage – travel time and tolls included
Manchester, Liverpool, Leeds, Sheffield	£350	North West & Yorkshire regions
Bristol, Bath, Cardiff, Gloucester	£295	South West coverage
Newcastle, Durham, Sunderland	£395	North East delivery
Scotland (Glasgow, Edinburgh)	£475	May require overnight travel or next-day collection
Wales (North & South)	£325	Includes Cardiff, Swansea, Wrexham areas
Other UK Locations	Quoted individually	Mainland UK delivery available to any venue

If multiple vans are required, the delivery cost is calculated per vehicle. This ensures your items are transported safely and securely without overloading.