MF1503 T-MOTOR Series Weight 24g Weight 121g (Single Blade) Package Size 224*87*41mm Pitch 5.4inch(136.1mm) Material Polymer+CF Recommended Recommended 1 1.5kg/4100 - 4900RPM 3kg/7OOORPM Thrust/RPM Max Thrust-RPM Storage Ambient Temp 40C 65'C 10FC 50'CI 8596 Temp/Humidity Folding Package size 224

The T-motor MF1503 is a foldable, 15-inch propeller made from polymer. This material allows for easy storage up to six months when not in use. However, if damaged, these propellers may need to be replaced.

The T-motor MF1503 features a polymer foldable 15-inch folding propeller with a carbon fiber hybrid design, offering lightweight durability, high density, and a low moment of inertia.

Easily Select the Suitable Propeller with Our Clear Naming Convention: MF1503R (Multi-Rotor Props) - Choose from CCW (Counter-Clockwise) or CW (Clockwise) Options, Designed for Maximum Thrust.

The X-Carbon props are constructed using a combination of carbon fiber and polymer materials. Epoxy and epoxy-based resins are applied to provide protection against ultraviolet radiation.

After comparing over 10 different design candidates based on targeted operating conditions, we arrived at the final propeller design. To further optimize its performance, we employed finite element analysis to simulate load distribution and fluid dynamics effects on the propeller's structure.

T-Motor emphasizes the importance of topology optimization and structure simplification, achieving a preferred design through computational analysis (CAE) and finite element simulations that enable infinite potential within a limited space. The optimized structure can absorb impact energy by deforming elastically.

The PTFE spacer is constructed from lightweight, corrosion-resistant 7075 aluminum alloy with an anodized finish, ensuring it remains strong, durable, and resistant to rust. Additionally, the motor shaft is made of steel, which helps prevent bending or warping of the spindles and screws.

The R&D team at T-MOTOR has optimized the magnetic circuit design of their corresponding motors and Alpha ESCs to provide a superior flying experience with fast response times.

The manufacturer ensured superior texture throughout the product to guarantee exceptional craftsmanship and high-quality construction.

Securely attach the propellers to the motors using Nylok fasteners, ensuring proper installation and spreading the blades evenly. Verify that the props are correctly secured prior to takeoff.