Neo 2 Reinforced Lightweight Propeller Guard (Pair) for Systems, 360° Enclosed Physical Components

The Neo 2 Reinforced Propeller Guard is a professional-grade protective component engineered to meet the demands of indoor cruising, close-range imaging, and system maintenance. Leveraging a full-enclosure physical layout and lightweight material technology, this assembly provides a stable physical interface for rotor .Core Technical Specifications:- Compatibility: Optimized for Neo 2 flight platforms- Dimensions: Approx. 147×65.2×16.8 mm ()- Physical Weight: Approx. 4.2g per unit (approx. 8.4g per pair)- Structural Type: 360° Full-Enclosure Physical Guard- Installation Method: Quick-Release Clip-on (Pair Set)- Mission Profile: Close-Range Imaging, Complex Spatial NavigationThe protector assembly is fine-tuned for the physical profile of lightweight aerial platforms. Precision-calibrated fastening points significantly enhance structural consistency after installation, ensuring propellers maintain excellent physical alignment during flight missions. Every component undergoes rigorous dimensional calibration to ensure a strict physical match, supporting the overall mechanical consistency of the system.Package Included:- 1 x Neo 2 Reinforced Propeller Guard Set (Left/Right Pair)

• Full-Enclosure Physical : Features a 360° enclosed design that completely constrains the rotor trajectory. By establishing a physical barrier, it effectively prevents contact between the propellers and external objects, providing reliable physical constraint for the aircraft.
• Minimalist Lightweight Engineering: With a mass of approx. 4.2g per unit, the light profile ensures that the thrust-to-weight ratio remains largely unaffected. This low-load design maintains the dynamic response of the propulsion system, supporting operational smoothness with the guards installed.
• Precision-Calibrated Fitting: Specifically engineered for Neo 2 airframes with dimensions of approx. 147×65.2×16.8 mm. The precision-calibrated interfaces ensure strict physical coupling with the rotor arms, providing structural stability and minimizing mechanical resonance during tasks.
• Quick-Release Fastening Interface: Utilizes a standardized clip-on fastening structure for swift installation and removal without the need for complex tools. This physical interface optimizes the maintenance workflow, allowing flexible configuration based on specific mission environments.
• Durable Environmental Adaptation: Crafted from high-toughness reinforced materials with superior physical resistance. The stable physical structure ensures the integrity of the rotors during complex spatial operations, effectively maintaining the mechanical of the hardware.