A2212 is a brushless outrunner dc motor specifically made to power Quadcopters and Multirotors. It is a 1800kV motor. It provides high performance, super power and brilliant efficiency. These motors are perfect for medium size quadcopters with 8 inch to 10 inch propellers. Use this to build powerful and efficient quadcopters.

Perfect with our F450 quadcopter frame. Our 30A ESCs can be used to drive the motor.

Specifications:-

• KV: 1800
• No load Current : 10 V : 0.5 A.
• Current Capacity: 12A/60s
• No Load Current @ 10V: 0.5A
• No. Of Cells: 2-3 Li-Poly
• Motor Dimensions: 27.5 x 30mm
• Shaft Diameter: 934;3.17mm
• Shaft diameter : 3.175mm.
• Minimum ESC Specification: 18A (30A Suggested)

The ESC 12A EMAX Simonk is a type of Electronic Speed Controller (ESC) commonly used in small to medium-sized drones, particularly those employing brushless motors. ESCs like the EMAX Simonk are vital components that regulate the speed of the motors in a drone or other electric vehicles, translating signals from the flight controller into motor power.

1. Current Rating:

   • The 12A in the name refers to the maximum current the ESC can handle, which is 12 amps. This rating indicates that it is suitable for smaller drones that require less power.

2. Simonk Firmware:

   • The Simonk firmware is a widely used and popular ESC software that offers smoother and more reliable control of brushless motors. It was designed specifically for use with multicopter systems and is known for its efficiency and responsiveness in handling rapid throttle changes.
   • Simonk firmware is particularly beneficial in drone applications, where quick, precise motor control is crucial for stability and smooth flight.

3. Brushless Motor Support:

   • The ESC is designed for brushless motors, which are more efficient, durable, and provide more power than brushed motors. This makes them the preferred choice for drones and other electric vehicles.

4. PWM (Pulse Width Modulation) Control:

   • The ESC uses PWM signals from the flight controller to regulate motor speed. PWM allows the ESC to precisely control the speed of the motor by varying the signal's duty cycle.

5. Voltage Range:

   • Typically, the EMAX Simonk ESC 12A works with a voltage range of 2-4S LiPo batteries (7.4V to 14.8V). This makes it compatible with most small drone setups that use LiPo batteries for power.

6. BEC (Battery Eliminator Circuit):

   • Some models of the EMAX Simonk ESC include a BEC, which allows the ESC to power other components such as the flight controller and receiver, eliminating the need for a separate power supply for these components.

• Multirotor Drones: The EMAX 12A ESC is ideal for small to medium-sized drones, providing the power and control needed for stable flight.
• RC Vehicles: In addition to drones, this ESC can be used in other remote-controlled vehicles like cars and boats that require brushless motor control.
• Hobbyist Projects: Popular among hobbyists and DIY enthusiasts, the ESC 12A is a go-to for building custom drone setups or other electric-powered models.

1. Smooth Operation:

   • The Simonk firmware ensures smooth motor control, minimizing issues like cogging or jerky motor movement during throttle changes.

2. Affordable and Efficient:

   • Compared to higher-end ESCs, the EMAX 12A offers a good balance between affordability and performance, making it a popular choice for hobbyists.

3.  

Deans plug t connectors sold as matching male-female pairs and have a current rating of 50 a.

They are the smallest high-current connectors we know of and they are great for projects that involve bigger motors and controllers.

Often used to connect batteries in radio control models.

• Country of Manufacture: CHINA; Material: Plastic; Net Weight: 10g
• Package Content: 1 x 3-Vanes Propeller, Some Hole Adapter; Model: HY001-04707
• Main Color: Black; Propeller Type: CCW Prop
• Rotation Diameter: 6 Inches/ 152.4mm; Pitch: 4.5 Inches/ 114.3mm
• Vane Quantity: 3; For Shaft Dia.: 6mm/0.23

HQProp, short for “High-Quality Propellers,” is a well-known brand in the field of drone and multirotor propellers. HQProp produces a wide range of propellers designed for various types of drones, including quadcopters, multirotors, FPV racing drones, freestyle drones, and more. The brand is popular among drone enthusiasts and pilots for its focus on quality, performance, and innovation. HQProp has gained popularity within the drone community, particularly among FPV (First-Person View) racing and freestyle enthusiasts, for its innovative designs and commitment to delivering top-notch propeller options.

Drone pilots often experiment with different propellers to find the best balance between thrust, efficiency, and maneuverability for their specific needs.  It’s important to note that propeller selection can have a significant impact on the overall performance and flight characteristics of a drone. Choosing the right propellers for a drone involves considering factors such as drone size, weight, motor specifications, flight characteristics, and intended use.

Note: The prop. dimensions and weight may have ±2% error.

1. Diverse Selection: HQProp offers a diverse selection of propellers with varying sizes, pitches, blade counts, and materials. This allows drone pilots to choose propellers that suit their specific requirements, whether it’s speed, agility, efficiency, or stability.
2. Material Options: HQProp produces propellers in different materials, including durable polycarbonate, lightweight carbon fiber, and other composite materials. The choice of material can influence the propellers’ performance characteristics, such as thrust, efficiency, and durability.
3. Design Innovation: HQProp is known for its innovative propeller designs that aim to optimize performance and reduce noise. Some designs feature unique blade shapes, curved tips, and advanced aerodynamics for improved efficiency and control.
4. FPV Racing and Freestyle: HQProp has a strong presence in the FPV racing and freestyle drone community. Many of their propellers are designed for quick acceleration, high speeds, and agile maneuvers, making them popular choices for competitive racing and freestyle flying.
5. Compatibility: HQProp propellers are available in various sizes to match different motor configurations and drone frame designs. They offer propellers for both conventional and inverted flight configurations.
6. Color Options: HQProp propellers often come in a variety of colors, allowing drone pilots to personalize the look of their drones.
7. Performance Tuning: The ability to choose different propeller sizes and pitches allows pilots to fine-tune their drones’ performance for specific tasks, such as achieving higher top speeds, better control, or longer flight times.
8. Usage Considerations: HQProp propellers, like any other propellers, should be chosen carefully based on factors such as motor specifications, drone weight, flight style, and intended use. Using the right propellers can greatly impact flight performance and efficiency.