Highly effective for the following applications;

  • For nature study
  • For watching sports events
  • From a helicopter
  • For observing wild animals from a moving vehicle
  • For fishing or other marine activities

Internal construction (14x40)

  • 1.Prism assembly
  • 2.Eyepiece lenses
  • 3.Gimbal assembly
  • 4.EL direct motor
  • 5.AZ piezo gyro sensor
  • 6.AZ direct motor
  • 7.EL piezo gyro sensor
  • 8.Battery compartment
  • 9.AZ position sensor
  • 10.Objective lens
  • 11.EL position sensor

Vibration reduction principle


The face of the internal erecting prism shifts direction, thereby redirecting the light beam and stabilizing the image. When there is no vibration and the binoculars are parallel to the line connecting the viewer's eye to the subject being viewed (a), the prism transmits the light straight through. When there is vibration and the binoculars are not properly aligned (b), as long as the prism is not moved the light beam will be transmitted to the viewer's eye. This example illustrates rotation on the horizontal axis.
The StabilEyes prisms feature a gimbaled frame controlled by two piezoelectric sensors and two direct drive motors to ensure constant stability.