F11-N AH64 RC Helicopter for Adults Beginners, 1/32 Scale 2.4G 6CH RC Helicopter Model with Optical Flow Altitude Hold, Christmas Flying Toys

Specifications: .Name: F11-N AH64 (RTF Optical Flow Version) .Material: High-strength Composite Engineering Material .Color: Desert Yellow .Scale: 1/32 .Helicopter Weight: 558g .Drive Motor: 4306 560KV Brushless Motor .Tail Motor: 1206 5200KV Brushless Motor .Transmitter: 2.4G Intelligent Optical Flow Remote Controller .Remote Distance: ＜300meters .Body Battery: 3S 11.1V 1800mAh 30C Intellignet LIPO Battery .Charger: Dedicated Charger .Charging Time: Approx. 90minutes .Usage Time: ＞12minutes .Product Weight: 1748g .Package Weight: 3430g .Product Dimensions: 48.5 x 45.5 x 15.5cm .Package Dimensions: 56.2 x 39.2 x 18.6cm .Packing: Anti-collision Sealed Box .Age:16+

• Highly Realistic Apache AH-64D Recreation: Built to a 1:32 scale of the Boeing AH-64D Apache attack helicopter, featuring authentic details, striking lighting effects, and shock-absorbing landing gear for enhanced realism and durability.
• Upgraded Performance Detailing: New paint scheme with enhanced weapons mounts including rocket-pods, missiles, onboard Gatling-gun, and aerial refueling probe; high-efficiency four-blade tail rotor for quieter, smoother, and more realistic operation.
• Powerful Reliable Power System: Equipped with 4306 540KV and 1206 5500KV high-temperature-resistant brushless motors, high-torque 4.3g metal digital servos, and a professional 11.1V 1800mAh 30C LiPo battery with up to 500+ charge cycles, delivering strong power, long flight time (~10 minutes), and extended lifespan.
• Premium Materials Components: Aerodynamic nylon + carbon fiber composite rotor blades for high strength, flexibility, and impact resistance; CNC-machined rotor head for reduced weight and improved durability; robust injection-molded fuselage with high elasticity and fine detailing.
• Advanced Stability Control: Dual-axis co-driven brushless motor system with electronic stabilization, flybarless design, optical flow positioning, and barometric altitude hold for more precise control, smoother flights, and reduced crash risk.