SPIDER Automation | A2212 1000KV BLDC Motor + 30A ESC + 1045 Propeller Combo | Multirotor Propulsion System
Description
The A2212 1000KV BLDC Brushless Motor, 30A ESC and 1045 Propeller Combo Set is a coordinated propulsion package for compatible multirotor aircraft. It combines an A2212 brushless motor with a 30A electronic speed controller and Orange 1045 propellers, providing the principal propulsion components required for a suitable drone or quadcopter configuration.
The motor has a 1000KV rating, a listed maximum power of 150W and stated compatibility with 2S–3S LiPo batteries. Its metal housing, 90mΩ internal resistance and female 3.5mm bullet connectors define several of its listed electrical and mechanical characteristics. The supplied ESC is rated at 30A and is described as suitable for SimonK firmware flashing.
This is a budget-oriented motor configuration, and its construction has some performance limitations. The source identifies lower-quality bearings and magnets, noticeable operating noise, vibration and heat generation at high speed. These characteristics should be considered during propulsion-system selection, installation and testing, particularly where smooth operation, low vibration or sustained high-speed loading is important.
Motor Design & Electrical Characteristics
- A2212 BLDC Architecture: Brushless motor configuration intended for multirotor propulsion systems.
- 1000KV Motor Rating: The KV value represents the motor’s nominal speed constant in RPM per volt under specified no-load conditions; it is not a guaranteed loaded operating speed.
- Maximum Power Rating: The motor is listed with a maximum power of 150W. Actual power consumption depends on battery voltage, propeller loading and operating conditions.
- 2S–3S LiPo Compatibility: The source identifies 2S and 3S LiPo battery configurations as compatible.
- Internal Resistance: A resistance value of 90mΩ is listed for the motor.
- Metal Housing: The motor uses a solid metal external case construction.
- Motor Shaft: The specification table lists a 3mm shaft diameter, while the product description mentions 3.7mm. This discrepancy requires physical verification before selecting a propeller adapter.
- Bearing and Magnet Construction: The source identifies lower-grade bearings and magnets as cost-related construction compromises.
- Thermal Behaviour: The source reports that the motor can become warm during high-speed operation. Actual temperature depends on electrical loading, airflow and operating duration.
- Noise and Vibration: Noticeable noise and vibration are reported as operating characteristics and should be considered when evaluating aircraft stability and mechanical performance.
30A Electronic Speed Controller
The package includes a 30A brushless electronic speed controller (ESC) selected for use with the A2212 motor. The source describes the ESC as tested for matching motor operation and throttle response, and identifies SimonK firmware as an available firmware option for compatible ESC hardware.
- ESC Current Rating: 30A, as identified in the product description.
- Brushless Motor Control: Provides electronic commutation and speed control for a compatible brushless motor.
- SimonK Firmware: The ESC is described as suitable for SimonK firmware flashing. Actual compatibility depends on the ESC’s hardware and firmware configuration.
- Motor Connection: The source identifies male 3.5mm bullet connectors on the ESC for connection to the motor’s female connectors.
- Throttle Response: The source describes the ESC and motor combination as selected for coordinated throttle response.
- System Matching: ESC selection and operation must account for battery voltage, motor current demand and propeller loading.
1045 Propeller Set
The combo includes Orange 1045 propellers intended for compatible multirotor propulsion assemblies. The 1045 designation identifies the propeller size category as supplied by the source. Correct propeller selection and orientation are important for matching the motor’s operating characteristics to the aircraft configuration.
- Propeller Model: Orange 1045.
- Propeller Configuration: 1045-size propeller set included in the combo.
- Motor Matching: Intended to be used with the included A2212 1000KV motor in a suitable propulsion configuration.
- Propeller Orientation: Confirm the CW and CCW propeller requirements of the aircraft before installation.
- Mounting Interface: Verify the propeller adapter and shaft interface against the actual motor before fitting.
Motor & ESC Connector Configuration
The source identifies a female 3.5mm bullet connector on the motor and a corresponding male 3.5mm bullet connector on the ESC motor output. These connectors provide the stated motor-to-ESC interface. Confirm the connector arrangement and phase wiring before operation.
| Component | Connector / Interface |
|---|---|
| A2212 Brushless Motor | Female 3.5mm bullet connectors |
| 30A ESC – Motor Side | Male 3.5mm bullet connectors |
Applications
This motor, ESC and propeller combination is intended for compatible multirotor propulsion systems. Its suitability depends on the complete aircraft configuration, including frame dimensions, total take-off weight, propeller orientation, battery capability, ESC characteristics and required thrust.
- Q450 Quadcopter Frames: The source identifies Q450 quadcopter frames as an example platform used with this motor, ESC and propeller combination.
- Multirotor Propulsion Systems: Motor and ESC integration in compatible multi-motor aircraft.
- Quadcopter Development: Component selection for quadcopter assemblies using suitable A2212-class propulsion motors.
- RC Drone Builds: Brushless propulsion integration in compatible radio-controlled drone platforms.
- Custom Quadcopter Projects: Development of aircraft using a matched motor, ESC and propeller combination.
- Propulsion-System Prototyping: Evaluation of motor and propeller combinations under controlled test conditions.
- Motor and ESC Matching: Testing of compatible brushless motors and electronic speed controllers.
- Flight-Control System Integration: Use as a propulsion subsystem with compatible multirotor flight controllers.
- Propeller Performance Evaluation: Assessment of 1045 propeller operation with the included motor under suitable test conditions.
- Throttle-Control Testing: Evaluation of ESC throttle response and motor operation in a compatible control system.
- Aircraft Powertrain Development: Integration of motor, ESC, battery and propeller components in multirotor powertrain assemblies.
- Replacement Propulsion Components: Replacement of compatible A2212 motor and ESC components in existing aircraft assemblies.
Package Includes
- 1 × A2212 1000KV BLDC Brushless Motor
- 1 × 30A Brushless Electronic Speed Controller (ESC)
- 1 Set Orange 1045 Propellers
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | Brushless Motor, ESC and Propeller Combo Set |
| Motor Model | A2212 |
| Motor Type | BLDC Brushless Outrunner Motor |
| KV Rating | 1000KV |
| Maximum Motor Power | 150W |
| Compatible Battery | LiPo Battery |
| Battery Configuration | 2S–3S |
| Internal Resistance | 90mΩ |
| Motor Shaft Diameter | 3mm in specification table; 3.7mm in description – requires verification |
| Motor Length | 27.5mm, as listed |
| Motor Size Reference | Φ45 × 24 × 9mm, as listed in source; dimensional reference requires clarification |
| Motor Housing | Solid metal case |
| Motor Connector | Female 3.5mm bullet connectors |
| ESC Type | Brushless Electronic Speed Controller |
| ESC Current Rating | 30A, as listed in product description |
| ESC Firmware | SimonK firmware flashing described as supported; hardware compatibility must be confirmed |
| ESC Motor-Side Connector | Male 3.5mm bullet connectors |
| Propeller Brand | Orange, as identified in source |
| Propeller Model | 1045 |
| Propeller Quantity | One set; exact blade count not stated in supplied text |
| Referenced Airframe | Q450 Quadcopter Frame |
Connection & Operating Recommendations
- Verify Shaft Diameter: Confirm whether the actual motor shaft is 3mm or 3.7mm before installing a propeller adapter. The supplied source contains conflicting values.
- Confirm Battery Voltage: Use only a battery configuration supported by the motor and ESC. The motor specification lists 2S–3S LiPo compatibility; verify the ESC input range separately.
- Check ESC Current Capability: Ensure the motor’s actual current draw with the selected propeller remains within the ESC’s permissible operating limits.
- Check Connector Polarity and Phase Wiring: Confirm the motor-to-ESC connections and secure all bullet connectors before powering the system.
- Verify Propeller Orientation: Match the CW and CCW propellers to the motor rotation directions required by the aircraft configuration.
- Confirm Propeller Mounting: Use a compatible adapter and ensure the propeller is firmly secured to the motor shaft.
- Check Motor Temperature: The source reports heat generation at high speed. Monitor temperature during initial testing and avoid excessive electrical or propeller loading.
- Inspect Vibration: Check motor mounting, propeller condition and propeller balance if excessive vibration is observed.
- Verify SimonK Compatibility: Confirm the ESC hardware and firmware requirements before flashing. Incorrect firmware can prevent proper ESC operation.
- Perform Controlled Testing: Test motor operation without propellers first. Conduct subsequent propeller tests in a controlled area with appropriate precautions.
- Check Mechanical Mounting: Ensure the motor is securely mounted to the frame and that the propeller has sufficient clearance from the aircraft structure.
- Allow Adequate Cooling: Avoid prolonged high-load operation if the motor or ESC shows excessive temperature rise.
