Details

Tinyhawk Nanoscout is a return to tradition, bringing to the table a more traditional "whoop" frame with superior Tinyhawk performance and durability. Crafted meticulously with a 65mm wheelbase, this compact marvel redefines what it means to experience flight.

Every detail of the Tinyhawk Nanoscout has been carefully considered, ensuring it not only performs but endures. With a robust frame made of high quality plastics, this drone is engineered to withstand the rigors of intense flying sessions. Its lightweight design, weighing in at just 23g excluding the battery, ensures agility without compromising on strength. With Material Memory, the Tinyhawk Nanoscout's featherlight structure does not compromise its durability, as the Nanoscout will return to its original shape with ease. This balance allows for agile maneuvers and incredible durability, making it an ideal choice for both novice and seasoned pilots.

At the heart of the Tinyhawk Nanoscout lies the powerful 08015 22000KV motor. Unlike other motors in the competition, the Nanoscout motor features a high precision Dual Bearing system, ensuring maximum efficiency and power, allowing the motor to spin at higher RPMs than other motors with higher KV ratings. Paired with Avia 31mm propellers, this combination delivers unparalleled speed and responsiveness, allowing pilots to push the boundaries of what's possible.

Whether you're flying at 25mW or ramping up to 400mW (in HAM Mode), the Tinyhawk Nanoscout ensures a seamless and immersive FPV experience. The Tinyhawk Nanoscout features the RunCam Nano 3 camera, known for its exceptional clarity and low latency. The onboard ELRS (2.4G) receiver provides robust and reliable signal transmission, so you stay connected, always.

Understanding the importance of flight time and performance, the Tinyhawk Nanoscout is equipped with the brand new EM2.0 connector. This connector ensures you stay in the air longer, capturing every thrilling moment without interruption, while allowing more amps to be drawn to maximize the performance of its power system.