Magnification Near1.5 xVisual field near130 mmMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

Magnification Near2.5 xVisual field near80 mmMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

Magnification Near6 xVisual field near34 mmMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

Magnification Near5 xVisual field near40 mmMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

Magnification Near2 xVisual field near100 mmMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

Magnification Near3 xVisual field near66 mmMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

Magnification Near4 xVisual field near48 mmMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

distance2 xVisual field distance /1000 m380 mMaterialsmanual_Galilei-System.pdf256 KB* The figures stated for visual field are average values. They will vary depending on the distance from the eye to the

important search criterion. In the case of most binoculars, magnification and objective diameter are stated in combination, e.g. 8 x 42. This means that these binoculars make objects appear eight times closer