16x13 Drone Propeller

16x13 Composite Plastic Drone Propeller

The 16x13 Composite Plastic Propeller is a two-bladed propeller model developed for custom-built UAV systems, fixed-wing unmanned aerial vehicles, and professional air platforms requiring high forward flight performance, strong airflow, and high pitch.

Offering high-speed flight characteristics with its 16-inch diameter and 13-inch pitch, the product can be used in industrial aircraft with the appropriate motor, ESC, battery, and mounting system. Its high-strength composite plastic structure provides an economical and durable alternative for professional applications where low vibration and controlled flexibility are desired.

The first number in the propeller size indicates the total diameter, and the second number indicates the pitch:

16-inch diameter: Approximately 406.4 mm
13-inch pitch: Theoretical advancement distance in one full revolution
Number of blades: Typically two blades
Usage characteristics: High forward speed and strong cruising performance
The high 13-inch pitch helps the propeller create a strong forward airflow with each revolution. Therefore, the 16x13 propeller has a different operating characteristic than low-pitch multicopter propellers used solely for hovering.

The 16x13 Two-Blade Composite Plastic Propeller is designed for professional aircraft projects requiring high power. The large 16-inch diameter helps move a large amount of air, while the 13-inch pitch supports forward flight speed and acceleration performance.

The actual performance offered by the propeller is not solely dependent on diameter and pitch. The motor's KV rating, torque capacity, operating voltage, ESC current limit, battery specifications, propeller geometry, and the aircraft's total takeoff weight must all be considered together.

The high-strength composite plastic material offers a balanced structure between mechanical strength, controlled flexibility, and appropriate product weight. Correct propeller balancing contributes to reduced vibration and a more controlled conversion of motor power into airflow.

Which Aircraft Use the 16x13 Propeller?
16x13 propellers are not standard spare parts for any consumer drone. They are more commonly used in professional aircraft projects where the engine and power system are specifically chosen.

The main areas of application include:

Fixed-wing professional UAV systems
High-speed electric aircraft
UAV projects with pusher-type thruster configurations
Long-range reconnaissance and surveillance systems
Mapping and photogrammetry aircraft
Custom UAV platforms carrying cameras and sensors
Industrial inspection aircraft
University and R&D projects
Advanced flight engines for experimental VTOL systems
Custom-built quadcopter, hexacopter, and octocopter projects
While possible for use in multicopters, the 16x13 size should not be considered directly compatible with every heavy-lift drone. Propellers specifically designed for multirotor systems are usually classified in manufacturer catalogs with separate codes such as "MR", and counter-rotating models with "MRP". Standard propellers without letter codes may not be directly compatible with multirotor systems.

Technical Specifications
Product name: 16x13 Two-Blade Composite Plastic Drone and UAV Propeller
Propeller diameter: 16 inches
Metric diameter: Approx. 406.4 mm
Pitch: 13 inches
Number of blades: Typically two blades
Material: High-strength composite plastic
Rotation direction: CW and CCW depending on production option
Usage type: High-speed forward flight and special UAV applications
Compatible platforms: Fixed-wing UAVs, special multicopters, VTOLs, and R&D aircraft

The reference APC 16x13 product specifies a 1.25-inch hub diameter, 0.78-inch hub thickness, 5/16-inch shaft bore, and approximately 106 grams of product weight. These values ​​should not be considered the exact technical specifications of the Aerofors production model; the actual hub, weight, and connection dimensions of the product should be published separately.

Advantages of 16x13 Propellers
When paired with the right power system, a 16x13 high-pitch propeller can provide the following advantages:

Powerful forward thrust performance
Blade structure supporting high cruising speed
Effective air movement thanks to large diameter
Efficient two-blade design
Suitability for professional UAV projects
Composite plastic structure supporting low vibration
Use in long-range advanced flight missions
Controlled performance in aircraft carrying cameras and sensors
Ability to be produced with different hub and rotation directions
Easier supply advantage thanks to domestic production
Motor Compatibility
To determine if a 16x13 propeller is compatible with a particular motor, motor size or KV value alone is not sufficient. Motor codes such as 5010, 5212, 6010, or 6215 may offer different power and torque values ​​from different manufacturers.

Before selecting a propeller, the following values ​​should be checked:

Full make and model code of the motor
Motor KV value
Maximum continuous motor current
Propeller sizes supported by the motor
Number of battery cells and operating voltage
ESC continuous and instantaneous current capacity
Motor shaft and hub connection
Propeller rotation direction
Total takeoff weight of the aircraft
Target flight speed and mission