Digiscoping Bracket DSB-N1
(exclusively for Nikon 1 Series)

Bracket for digiscoping which connects a Nikon 1 camera with a 1 NIKKOR lens and Nikon Fieldscope with an eyepiece, enabling super-telephoto shooting

Specifications

Dimensions (without projections) (when configured at its minimum size): 101 (W) x 106 (H) x 127 (D) mm
Weight (without accessories): 270g

Features

  • Bracket for digiscoping which connects a Nikon 1 camera with a 1 NIKKOR lens and Nikon Fieldscope with an eyepiece, enabling super-telephoto shooting
  • Includes a cable release (approx. 50cm) to prevent camera shake when shooting; the cable release socket is attached to the Bracket
  • Includes a light-shielding rubber sheet to prevent external light from entering
  • Precautions:
  • Depending on the type of camera and eyepiece, vignetting and shadows may occur
  • Carefully adjust the optical axis so that vignetting and shadows are minimized. Vignetting and shadows may not completely disappear.
  • Noise in the form of lines may appear in pictures depending on the shooting condition
  • Because the optical system characteristics differ from those of ordinary interchangeable lenses, the exposure level may vary depending on the camera model; use exposure compensation if necessary. Exposure compensation may be required when zoom is set at a wider position.
  • When replacing batteries or recording media, the camera may or may not need to be removed from the connected equipment depending on the camera
  • If you notice external light on the LCD monitor or taken image, use the supplied light shielding rubber sheet or a black cloth to prevent light entering between the mount and lens attached to the camera

Compatible cameras (as of October, 2018)

Nikon 1 Advanced Camera with Interchangeable Lenses V3, V2, V1, J4, J3, J2, J1, S2, S1

Compatible 1 NIKKOR Lenses (as of October, 2018)

1 NIKKOR VR 10-30mm f/3.5-5.6
1 NIKKOR VR 11-27.5mm f/3.5-5.6
1 NIKKOR 18.5mm f/1.8
1 NIKKOR VR 10-30mm f/3.5-5.6 PD-ZOOM

Compatible Fieldscopes

EDG Fieldscope: 85 VR/85-A VR/85/85-A/65/65-A
MONARCH Fieldscope: 82ED-S/82ED-A/60ED-S/60ED-A
Fieldscope: ED82/82-A/EDIII/EDIII-A/III/III-A/ED50/ED50-A

image
Combination example:
EDG Fieldscope 85 + FEP-38W + DSB-N1 + 1 NIKKOR VR 10-30mm f3.5-5.6 + Nikon 1 J1

Compatible eyepieces

FEP Series for EDG Fieldscopes: FEP-20W, FEP-30W, FEP-38W, FEP-50W, FEP-75W, FEP-25LER
MEP series for MONARCH Fieldscopes: MEP-38W, MEP-20-60, MEP-30-60W
Wide DS Fieldscope eyepieces: 16x/24x/30x Wide DS, 27x/40x/50x Wide DS, 40x/60x/75x Wide DS

Calculation of composite focal length

[Composite focal length] = [Magnification of eyepiece] x [Focal length of 1 NIKKOR lens]
(35mm format equivalent focal length is 2.7x of the composite focal length)

<Examples>
[300mm to 900mm] = [30x] x [10mm to 30mm]
(In this case, 35mm format equivalent focal length is 300mm to 900mm x 2.7 = 810mm to 2,430mm)

Calculation of composite F-number (theoretical value)

[Composite F-number] = [Magnification of eyepiece] x [Focal length of 1 NIKKOR lens] ÷ Objective diameter of Fieldscope

<Examples>
[3.5* to 10.6] = [30x] x [10mm to 30mm] ÷ [85mm]

  • *Although the theoretical number obtained using the calculation above may exceed the 1 NIKKOR's F-number, the actual F-number will not.

Occurrence of vignetting, based on the combination of eyepiece, DSB-N1 and 1 NIKKOR lens

Swipe horizontally to view full table.

FEP-30W
W M T
1 NIKKOR VR 10-30mm f/3.5-5.6 Χ Ο Ο
1 NIKKOR VR 11-27.5mm f/3.5-5.6 Χ Ο Ο
1 NIKKOR 18.5mm f/1.8 Ο Ο Ο

Swipe horizontally to view full table.

27x/40x/50x Wide DS
W M T
1 NIKKOR VR 10-30mm f/3.5-5.6 Χ Χ Ο
1 NIKKOR VR 11-27.5mm f/3.5-5.6 Χ Χ Ο
1 NIKKOR 18.5mm f/1.8 Ο Ο Ο

W: With wide setting M: With middle setting T: With telephoto setting
Ο: Slight vignetting X: Vignetting

  • Note:
  • Depending on the type of camera, its position, or zoom setting, vignetting and shadows may occur. Carefully adjust the camera position so that vignetting and shadows are minimized.
  • Pay special attention when the camera is set at a wide-angle position, because the camera lens may hit against the eyepiece when zooming in to the telephoto side