DJI M400 Shock Absorbing Ball – Precision Vibration Dampening for Stable Payload Performance

The DJI M400 Shock Absorbing Ball is a vital component designed to minimize vibrations and mechanical disturbances between the DJI Matrice 400 drone frame and mounted payloads. Engineered with high-resilience materials, this dampening element ensures stable sensor operation and image capture, especially during high-speed flight, windy conditions, or rugged missions.

Whether operating a LiDAR unit, RGB camera, thermal sensor, or other precision payloads, these shock absorbing balls help maintain consistent data quality and extend the life of the mounted equipment.

Key Features

• Enhanced Vibration Isolation
  Effectively reduces flight-induced vibration, protecting delicate electronics and optical systems from mechanical noise and signal distortion.

• Precision Engineering
  Manufactured with durable elastomeric materials specifically calibrated for the Matrice 400's payload dynamics, ensuring long-term performance and compatibility.

• Payload Stability
  Maintains image clarity and sensor precision during flight—essential for high-resolution mapping, inspection, and surveillance missions.

• Quick Installation
  Designed to fit seamlessly into the Matrice 400’s gimbal and payload mounting systems, allowing fast replacement and minimal downtime.

• Extended Payload Lifespan
  By dampening micro-shocks and vibrations, the shock absorbing balls reduce physical stress on cameras, sensors, and gimbals.

Ideal Applications

• Aerial Mapping and Surveying
  Ensures clean, blur-free imagery when capturing orthophotos or LiDAR data.

• Critical Infrastructure Inspections
  Provides sensor stability when surveying power lines, pipelines, bridges, or high-rise buildings.

• Search and Rescue Operations
  Stabilizes thermal or optical payloads for clearer visuals in challenging environments.

• Precision Agriculture
  Supports the operation of multispectral and visual sensors during long flights across large, uneven terrain.