49cc 4 Stroke Pocket Rocket Motorcycle With Disc Brakes

49cc 4-Stroke Pocket Rocket Motorcycle with Front and Rear Disc Brakes delivers real motorcycle excitement in a compact, kid-friendly package. This gas-powered mini bike combines a rugged build with sport-style details for an authentic riding feel, while safety features keep control and confidence high for beginners to intermediate riders.

Power, Performance & Safety

• Engine: 49cc 4-stroke for smoother operation, reduced vibration, and a more realistic ride compared to typical 2-stroke mini bikes
• Top speed: 25 mph (40 km/h) for safe, exhilarating fun
• Brakes: Front and rear disc brakes with enhanced stopping power and control
• Headlights: Dual headlights for clear visibility on the road
• Start: Hand-pull start with simple, reliable operation
• Suspension: Hydraulic shock absorption to smooth out bumps during outdoor riding
• Gear: Infinitely variable throttle for precise speed control
• Frame: Welded steel pipe frame with a durable plastic and metal shell

Specifications at a Glance

• Fuel Type: 92# Gas • Fuel Tank Capacity: 1.8 L • Range: Up to 60 minutes per fill
• Maximum Load: 200 kg • Seat Height: 550 mm • Tire Size: 6.5 inches
• Dimensions: L 120 cm / 47.24" • W 70 cm / 27.56" • H 55 cm / 21.65" (approx.)
• Material: Plastic and metal • Wheelbase: not specified
• Starting Mode: Hand-Pull Start • Frame Material: Welded Steel Pipe
• Seat: Comfortable cushion • Handlebar: Anti-slip, adjustable

Rider Experience & Durability

This mini motorcycle is designed to deliver long-lasting fun with a cool appearance featuring a sleek frame, stylish windshield, and race-inspired styling. The combination of a rigid metal frame, sturdy shell, and reliable disc braking system makes it a practical first-step into outdoor motorcycling, suitable for youth and older children under adult supervision.

What’s Included

• 1 x Mini Motorcycle
• 1 x User Manual

Note: Colors may vary slightly due to lighting and screen settings. Please allow minor dimension differences due to manual measurement.