Flying Helicopter Toy Usb Rechargeable Black and Red
SPECIFICATIONS
Aerial Photography: No
Anti-wind Ability: 100
Brand Name: SIRENXI
Choice: yes
Control Channels: 2 CHANNELS
Controller Battery: 2*AAA battery not include
Controller Mode: MODE1,MODE2
Drone Weight: 60
Features: App-Controlled
Flight Time: >30
High-concerned chemical: none
Is Batteries Included: No
Is Electric: No battery
Material: Plastic
Origin: Mainland China
Package Includes: Remote Controller
Recommend Age: 14+y
Remote Control: Yes
Remote Distance: within 8 meters
Takeoff Weight: 50
Transit Time (Days): 1
Type: HELICOPTER
Video Capture Resolution: 480P SD
semi_Choice: yes
Mini Flying Helicopter Toy Remote Control Helicopter Plane Rechargeable Infrared Sensor/Drone/USB Charging Hobbies
This flying helicopter toy is designed for enthusiasts looking for a compact and easy-to-use remote control helicopter. Made from durable plastic, it provides a lightweight structure that ensures smooth flight and maneuverability. The rechargeable battery supports USB charging, allowing for convenient recharges and extended playtime without the need for constant battery replacement.
Featuring an infrared sensor for enhanced navigation, this helicopter toy can be controlled precisely within an 8-meter range using a simple remote control that requires 2 AAA batteries (not included). With two control channels and selectable controller modes (MODE1 and MODE2), it offers flexibility for users with different preferences.
The flying helicopter’s anti-wind ability rating of 100 ensures stable flight even in slight breezes, making it suitable for indoor and mild outdoor use. Ideal for hobbyists aged 14 and above, this helicopter toy combines fun with ease of operation, enabling users to practice flying skills safely.
Package includes one flying helicopter toy and one remote controller (batteries not included). Please note that weight is approximately 100 grams and size is as shown in the pictures. The product may have minor dimensional variations of 1-2 cm and slight color differences due to photographic lighting.






