PATOYS | Avon Duet - Double Seat Bicycle Tandem Bike for Kids
PATOYS | Avon Duet - Double Seat Bicycle Tandem Bike for Kids
Product Overview
Country of Origin: India
Sales and Marketing: PATOYS
Bike Type: Kids Bike, Tandem Bike
Recommended Age: 12+ Years
Gender: Unisex
Minimum Rider Height: 5 Feet
Product Description
Experience outdoor fun with the Avon Duet - Double Seat Tandem Bicycle, specially designed for kids and teens who love riding together. Whether it's siblings, best friends, or parent-child bonding, this bike brings joyful tandem riding in style. With a sturdy steel frame, durable Vee brakes, and available in eye-catching Fluorescent Orange/Milky White and Fluoro Red/Milky White color combinations, it's a perfect pick for safety and excitement.
Key Features:
- 🚴♂️ Double Fun: Tandem design allows two riders to pedal and enjoy together.
- 🛠️ Durable Steel Frame: Built with a 38 cm (15") steel frame for strength and stability.
- 🚦 Reliable Vee Brakes: Ensures safe stopping power on various terrains.
- 🌈 Color Options: Fluorescent Orange/Milky White or Fluoro Red/Milky White.
- 🔧 Low Maintenance: Easy to assemble and maintain, perfect for everyday use.
- 📏 Available Sizes: 26T and 24T to suit different height groups.
Specifications
- Brand: Avon
- Model: Duet Tandem Bike
- Type: Kids Bike, Tandem Bike
- Recommended Age: 12+ years
- Gender: Unisex
- Height Requirement: 5 Feet and above
- Brake Type: Vee Brakes
- Frame Material: Steel
- Frame Size: 38 cm (15 inch)
- Tyre Size: 26 x 1.95
- Size Options: 26T and 24T
- Colors: Fluorescent Orange / Milky White, Fluoro Red / Milky White
Why Choose PATOYS?
- ✅ Trusted online store for kids’ bikes and outdoor play equipment
- ✅ Genuine products with GST invoice
- ✅ Support available via video assistance
- ✅ Shipping available PAN India
Disclaimer ⚠️
All specifications are provided based on factory input and are 95%-100% accurate. Colors and specifications may slightly vary due to manufacturer updates. Assembly required by a professional mechanic is recommended for optimal safety and performance.