450KV Rating (RPM/Volt):
The 450KV rating means the motor spins at approximately 450 RPM per volt applied. This makes it ideal for pairing with larger propellers (14”–18”) and lower RPM setups, offering better torque and efficiency for endurance-focused drones.

High Thrust Capacity (~3.2 kg):
Despite its lightweight design, the motor can generate a maximum thrust of around 3.2 kilograms when paired with the right propellers. This enables it to lift heavier payloads such as gimbals, LiDAR systems, or large batteries for extended flights.

Lightweight Yet Robust (Approx. 108 g):
The motor’s low weight helps minimize the overall drone weight, which is crucial for increasing flight time. At the same time, it’s built from durable materials and has a sturdy structure to withstand continuous professional use.

Smooth & Low Cogging Torque:
Low cogging torque results in ultra-smooth rotation, especially at low throttle levels. This ensures stable hovering and fluid aerial movements, making it perfect for drones involved in aerial videography or surveying tasks.

High-Temperature-Resistant Components:
Equipped with copper windings rated to 180°C and magnets rated up to 150°C, along with high-quality bearings (696ZZ), the motor can handle prolonged operation under load without overheating or performance degradation.

Optimized for Efficiency:
The motor is engineered to maximize power conversion efficiency. It consumes less current for a given output, making it ideal for long-duration flight operations where every bit of energy savings counts.

Ventilated Design for Better Cooling:
The motor includes strategically placed openings and an internal design that enhances airflow. This helps dissipate heat more effectively during prolonged usage, improving motor longevity and performance stability.

Wide Voltage Compatibility (4S–6S):
Compatible with both 4-cell and 6-cell LiPo battery configurations, allowing flexibility depending on the drone’s design and intended flight profile.