BHARATH PROPELLER
Propeller 23 inch (CW/CCW) (IBP-23)
24 inch (CW/CCW) (IBP- 24)
IoTechWorld Avigation is your reliable partner for high-performance drone components. Our “Nylon – Carbon Fiber Propellers” (BHARATH PROPELLER). “23-inches” & “24-inches”, are designed for lightweight durability and aerodynamic efficiency, ensuring optimal performance and versatility. This component is designed, developed, and manufactured in India with rigorous field testing to ensure quality. Featuring a foldable design for convenient transportation and storage, these propellers offer advanced technology for enhanced drone operations, backed by comprehensive after-sales support and a strong PAN-India presence.
| Parameter | Specification (23 inch) | Specification (24 inch) |
|---|---|---|
| Propeller Size | 23 inch | 24 inch |
| Pitch | 8.8 inch | 8.0 inch |
| Maximum Thrust | 8.5 Kg | 9.0 Kg |
| Maximum RPM | 5600 | 4850 |
| Material | Nylon with Carbon Fiber Reinforcement | Nylon with Carbon Fiber Reinforcement |
| Package Weight | 85.5 g | 89.6 g |
| Design | Foldable | Foldable |
- Available in 24*8 & 23*8.8-inch size (CW & CCW rotation).
- Maximum thrust of 8.5kgf at Maximum RPM of 5600 with IoTech 180kV motor.
- Durable material (Nylon with Carbon Fiber Reinforcement) used for construction, ensuring long-lasting reliability.
- Light weight with Foldable design, For smooth & stable flight characteristics.
Size: 23 to 24 inches in diameter
Rotation: Available in clockwise (CW) and counterclockwise (CCW) rotations for use on multi-rotor drones
Material: Likely made from a durable, lightweight material such as nylon-carbon fiber or a composite blend
Design: Features an optimized blade profile for efficient propulsion and reduced noise
Compatibility: Designed to be compatible with various drone models and motor configurations
Performance: Offers good thrust, efficiency, and stability for mid-to-large sized drones
Diffentiating Factors:
IoTechWorld Avigation employ advanced aerodynamic principles to design propellers that offer superior efficiency, reduced noise, and improved thrust-to-weight ratios as it is used in DGCA approved drones.
