120 S2 RTF with SAFE Technology (BLH1100)

Introducing the Blade 120 S2 RTF with SAFE Technology, a helicopter designed to break through the learning barrier for beginner pilots while providing seasoned flyers with exceptional performance. This fully assembled helicopter eliminates the need for building and is ready to fly right out of the box, making it an accessible choice for all skill levels.

The Blade 120 S2 features pioneering SAFE technology, which ensures a stable flying experience, facilitating a smooth transition from coaxial helicopters and multirotor drones to a more complex single-rotor design. Adaptable flight modes along with a Panic Recovery mode help prevent crashes by automatically returning the helicopter to a level attitude. Its flybarless rotor design enhances mechanical simplicity while delivering extra speed and agility, allowing users to enjoy a high level of durability and efficiency.

Constructed from durable polymers and carbon-fiber components, the lightweight airframe of the 120 S2 is designed to absorb the rigors of typical mishaps, ensuring longevity and reliability. The use of high-speed main and coreless tail rotor motors, combined with sub-micro linear long-throw cyclic servos, guarantees impressive responsiveness during flight. The included E-flite 500mAh 1S 3.7V 25C Li-Po battery facilitates cost-effective operation and ensures that more flight time is possible.

The factory-installed Spektrum 4-in-1 control unit integrates a DSMX-compatible receiver, ESCs for the main and tail motors, and a flybarless controller, providing pilots with precision and reliability across various flying environments. The multi-function transmitter enhances usability by allowing pilots to easily select flight modes and adjust sensitivity settings for tailored control during flight.

Perfect for outdoor flying in low wind yet compact enough for indoor use, the Blade 120 S2 RTF with SAFE Technology sets a new standard in entry-level helicopters, empowering you to become an expert in single-rotor flight.