Description
Small girl £2800❌sold
Orange tiny girl £2800
Dark tiny girl £2800
We are delighted to announce our very special litter of Teddy Bear ****************** puppies, from a beautiful pairing chosen for there gorgeous coats and adorable teddy bear appearance. 🤍
🐾 THE PARENTS 🐾
Mum: Beautiful Teddy Bear Girl
Dad: Handsome Orange ****************** Boy 🧡
This stunning pairing has produced some exceptionally beautiful expected to mature into Teddy Bear ******************, double-coated dogs with the beautiful fluffy teddy bear look.
These puppies are being lovingly raised within our family home, receiving plenty of attention, cuddles and everyday household experiences from an early age.
They are accustomed to:
🏡 Family life
🐶 Other dogs
👧 Children
❤️ Everyday household noises and interaction
We believe puppies deserve the very best start in life, which is why each puppy will leave us with a carefully prepared puppy package.
🎁 PUPPY PACKAGE INCLUDES:
• Microchip
• Familiar blanket
• Toy
• Food for the transition into their new home
• Worming treatment up to date
• Flea treatment up to date
📹 FACE-TIME VIEWINGS AVAILABLE
For the comfort and safety of our puppies, we offer FaceTime viewings for genuine prospective families. This gives you the opportunity to see the puppies, watch them interacting and ask any questions before making a commitment.
💎 RESERVATIONS
A non-refundable deposit will be required to reserve a puppy.
Please only enquire if you are genuinely ready and able to offer one of these precious little puppies a loving, responsible and permanent home.
❌ No time wasters
❌ No casual enquiries
❤️ Genuine enquiries only
These are exceptionally stunning ****************** puppies, and prospective owners must be prepared for the additional care and responsibility that comes with owning a new puppy.
🏡 We are looking for wonderful forever homes where these little babies will be truly cherished. 🧸❤️
📩 Serious enquiries are welcome. Please message for further information and FaceTime availability.
Adv. ID:Ls51Fan_R