Skip to product information
1 of 7

Acocavore

RC Fighter Jet Toy - 2.4G Remote Control Flying Stunt Airplane with Lights for Kids

RC Fighter Jet Toy - 2.4G Remote Control Flying Stunt Airplane with Lights for Kids

Regular price $14.68 USD
Regular price $14.68 USD Sale price $14.68 USD
Sale Sold out
Shipping calculated at checkout.
Quantity

Take playtime to new heights with this remote control foam fighter plane, designed for beginner-friendly flying and exciting aerial stunts. Made from lightweight EVA foam, this compact RC aircraft is built for fun gliding and tumble-style maneuvers, making it an entertaining choice for kids, teens, and beginner hobby pilots.

The 2.4G remote control system offers a wireless control distance of up to approximately 80 meters, while the lightweight design makes it suitable for indoor and outdoor flying in appropriate conditions. With around 10 minutes of flight time and a charging time of approximately 60 minutes, it’s ready for repeated flying adventures.

The colorful fighter-plane design and included lighting add extra visual excitement, while the foam construction helps keep the aircraft lightweight and easy to handle.

Key Features:

  • 2.4G remote control foam fighter plane

  • Beginner-friendly flying design

  • Lightweight EVA/foam construction

  • Glide and tumble stunt capabilities

  • Approximately 10-minute flight time

  • Approximately 60-minute charging time

  • Remote control range up to 80 meters

  • Suitable for indoor and outdoor use

  • 4-channel control system as listed

  • Includes rechargeable aircraft battery

  • Color options: red or blue

  • CE certified

  • Compact 18 × 25.5 × 5.7cm design

  • Great for boys, girls, teens, and beginner RC hobbyists

Package Includes: RC Aircraft, Battery, Remote Controller, USB Cable, and Operating Instructions.

Important Note: The remote-control handle does not include its own battery; please provide the compatible controller battery before use. Actual flight time and range may vary depending on conditions and operation.

View full details