Universal Digiscoping Adapter Phone to Telescope 3-Axis Holder Mount for Binocular Monocular Micros REVOLUTIONARY PRECISE 3-AXIS DESIGN: The telescope phone mount features 3-direction precise adjustment, up/down, left/right, forward/backward, to align your cell phone camera with eyepieces precisely. Z axis adjustment helps reach the correct eye relief to capture the clearest images and videos of celestral objects, wildlife and other distant objects with your smartphone like never before. ALL METAL BUILD, NO SAGGING: Made of rigid aluminum alloy, the universal digiscoping adapter for robust and , doesn't bend, tilt or warp, holds your cellphone tight and perpendicular to the telescope eyepiece, maximizes stability and minimizes shaking throughout setup, with rubber pads on both the eyepiece clip and cellphone clamp protecting your devices against abrasion. HIGH PRECISION FINE-TUNING: The smart phone adapter for telescope is engineered and machined for high precision adjustment and - alignment with the lens. Easy-to-reach fine-tuning knobs realize stable and accurate adjustment. Firm grippers hold both the phone and eyepiece securely in place. ONE FITS MOST: The spotting scope phone adapter fits for /Android smartphones of almost any /model (width 2.36inch-3.44inch/60mm-87.5mm), regardless of phone camera design or weight. The smartphone digiscoping adapter can hold eyepieces (outer diameter 0.86inch-2.4inch/22mm-61mm) of most telescopes, spotting scopes, monoculars, binoculars and microscopes. With our and versatile phone scope adapter, you 't have to spend more on new adapters every time you upgrade smartphones or scopes. BOUNDLESS CAPTURES: The 3-axis digiscoping adapter is sleek, compact and for any digiscoping adventure, making it a must-have gadget for astronomers, nature photographers, birdwatchers, travellers, and more Colour:Black-Red Material:Metal Package Contents: 1 * Digiscoping Adapter Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.