O4 Air Unit Bracket II Mount For Pavo Pico Frame Drones Vibration Damping System Hardware Maintenance 1PC(Shockabsorbing Balls)

The O4 Air Unit Bracket II reinforced imaging mount is a specialized hardware solution developed for Pavo Pico II drone architectures. This product focuses on the physical balance between structural rigidity and operational stability. The mount features a fully integrated vibration-damping system utilizing four soft-mounted shock-absorbing balls to comprehensively isolate mechanical resonance from the imaging sensor, facilitating stable performance during high-speed technical maneuvers. The extended locking tail design ensures that the system remains securely fixed for consistent alignment throughout the mission duration.Technical SpecificationsModel Number: O4 Air Unit Bracket IIMaterial: PP CompositeWeight: 4.1gTilt Range: 5°-35° AdjustableDamping Spec: 8mm Shock-absorbing BallsCompatible Frame: Pavo Pico IIApplication: Imaging System Maintenance and Technical UpgradePackage List: O4 II Top Plate 1PC, O4 II Bottom Plate 1PC, VTX Antennas 2PCS, 8mm Shock-absorbing Balls 6PCS, 1.5mm Pads 6PCS, M2*4 Screws 6PCS, M1.4*6 Screws 8PCS

• Structural Craftsmanship: Professional grade PP composite construction with lightweight 4.1g architecture. Engineered for high structural integrity and rigidity for UAV platforms.
• Alignment Specifications: hardware parameters calibrated for Pavo Pico II frame systems. Features smooth 5°-35° tilt adjustment to maintain mechanical stability and framing accuracy.
• Spatial Architecture: Integrated vibration-damping layout replacing complex multi-part connections. Features 4 soft-mounted balls to isolate mechanical resonance and sustain stable performance.
• Mounting Compatibility: Standardized interface supporting O4 digital video systems with 4-screw locking. Includes an extended tail with dual-screw mounts for secure alignment.
• Mission Readiness: Professional structural core designed for technical maintenance. Supports full-platform replacement for specialized aerial tasks while maintaining the overall physical balance.