SPIDER Automation | 2030 Flash Series 2-Inch 3-Blade FPV Propeller Set | CW & CCW Racing Drone Propellers
Product Overview & Blade Design
The SPIDER Automation 2030 Flash Series 2-Inch 3-Blade Propeller Set is designed for compact FPV racing drones and compatible multirotor propulsion systems. Its three-blade configuration provides the aerodynamic surface required to generate thrust from brushless motor rotation, while the lightweight blade design is intended to minimise rotational inertia and support responsive changes in propeller speed.
The Flash Series profile is designed for smooth rotational performance and quick response during manoeuvres. The set contains both clockwise and counter-clockwise propellers, making it suitable for a compatible four-motor quadcopter arrangement. Correct rotation direction, motor compatibility and mounting fitment must be checked before operation.
Technical Features & Performance Characteristics
- Three-Blade Aerodynamic Design: Each propeller uses a three-blade configuration for thrust generation in compact multirotor propulsion systems.
- 2-Inch Diameter: The compact diameter is intended for small-format FPV racing and multirotor platforms designed around 2-inch propellers.
- Low Rotational Inertia Design: Lightweight blades are intended to reduce the rotational inertia of the propeller assembly, supporting quicker acceleration and deceleration.
- Clockwise and Counter-Clockwise Variants: Includes both rotation directions for use in a matched multirotor motor arrangement.
- Quick-Attachment Arrangement: The design is described as allowing quick installation and removal on compatible motor mounting interfaces.
- Responsive Motor Control: Lower propeller inertia can help a compatible motor and ESC system respond more quickly to throttle changes.
- Flash Series Blade Profile: The performance-oriented blade design is intended to provide smooth rotation and effective thrust generation.
Rotation Direction & Quadcopter Configuration
The set includes two clockwise (CW) and two counter-clockwise (CCW) propellers. These are intended to support a conventional four-motor quadcopter arrangement in which diagonally opposing motors generally use the same propeller rotation direction, subject to the flight controller’s motor layout and configuration.
Install each propeller according to the motor’s actual rotation direction and the propeller’s intended orientation. A propeller installed on a motor rotating in the wrong direction will not produce the intended thrust direction or flight behaviour.
Applications
The 2030 Flash Series propellers are intended for compact multirotor platforms designed to use compatible 2-inch three-blade propellers.
- FPV Racing Drones: Suitable for compatible compact racing quadcopters requiring 2-inch propellers.
- Micro Quadcopter Builds: Provides a matched CW/CCW propeller set for compatible small-format quadcopter assemblies.
- Compact Multirotor Platforms: Supports propulsion systems designed around a 2-inch propeller diameter.
- FPV Drone Maintenance: Can be used as a replacement propeller set when the existing propellers are worn or damaged.
- Drone Propulsion Prototyping: Can be incorporated into compatible small-motor propulsion test assemblies.
Package Includes
- 2 × 2030 2-Inch 3-Blade Propellers – Clockwise (CW)
- 2 × 2030 2-Inch 3-Blade Propellers – Counter-Clockwise (CCW)
Product Specifications
| Parameter | Specification |
|---|---|
| Series | Flash Series |
| Propeller Model | 2030 |
| Propeller Diameter | 2 inches |
| Blade Count | 3 blades per propeller |
| Rotation Directions | Clockwise (CW) and Counter-Clockwise (CCW) |
| CW Quantity | 2 pieces |
| CCW Quantity | 2 pieces |
| Total Quantity | 4 propellers |
| Colour | May vary; source descriptions list clear and red |
| Design Characteristics | Lightweight blade design, quick attachment and release arrangement |
Installation & Operating Recommendations
Select the propellers according to the motor specifications and frame clearance of the drone. Before operation, verify the mounting interface, rotation direction and propeller orientation. Correct installation is essential for balanced thrust generation and stable multirotor operation.
- Check Motor Compatibility: Confirm that the motor shaft and propeller mounting arrangement are compatible before installation.
- Verify Rotation Direction: Match each CW or CCW propeller to the corresponding motor rotation direction and flight controller configuration.
- Check Frame Clearance: Ensure that the installed propellers have sufficient clearance from the frame, wiring and other components.
- Inspect Before Use: Check each propeller for cracks, deformation, damaged blade edges or mounting damage before installation.
- Ensure Secure Mounting: Confirm that each propeller is correctly seated and securely retained using its compatible mounting arrangement.
- Replace Damaged Propellers: Do not operate with cracked, chipped or visibly deformed blades, as damage can cause vibration and unpredictable performance.
- Check Vibration: Inspect the propulsion assembly for abnormal vibration during controlled initial testing.
- Observe Propeller Safety: Keep clear of rotating propellers and remove propellers during motor configuration or electrical troubleshooting wherever practical.
