REVOLUTIONARY PRECISE 3-AXIS DESIGN (Patent Pending): The telescope phone mount features 3-direction precise adjustment—up/down, left/right, forward/backward—to align your cell phone camera with eyepieces accurately. Z-axis adjustment helps achieve the correct eye relief for capturing clear images and videos of celestial objects, wildlife, and other distant subjects with your smartphone. ALL METAL BUILD, NO SAGGING: Constructed from rigid aluminum alloy, the universal phone adapter for digiscoping is durable, resistant to bending, tilting, or warping. It securely holds your cellphone perpendicular to the telescope eyepiece, maximizing stability and minimizing vibration. Rubber pads on both the eyepiece clip and phone clamp protect devices from scratches. HIGH PRECISION FINE-TUNING: The smartphone adapter for telescope is precision-engineered for accurate alignment with the lens. Easily accessible fine-tuning knobs allow stable and precise adjustments. Secure grippers firmly hold both the phone and eyepiece in place. ONE FITS MOST: The spotting scope phone adapter accommodates most Android and iOS smartphones (width 2.36–3.44 inches / 60–87.5 mm), regardless of camera layout or weight. It fits eyepieces with outer diameters ranging from 0.86–2.4 inches (22–61 mm), compatible with most telescopes, spotting scopes, monoculars, binoculars, and microscopes. This versatile adapter eliminates the need to purchase new mounts when upgrading your phone or optical device. HANDS-FREE SHUTTER REMOTE CONTROL: The mobile phone telescope adapter kit includes a Bluetooth shutter remote, allowing you to take photos without touching the phone screen, reducing the risk of camera shake. The 3-axis digiscoping adapter is sleek, compact, and lightweight, ideal for astronomy, nature photography, birdwatching, travel, and research. Color: Black-Red Material: Metal Package Contents: 1 x Bracket 1 x Remote Control Note: Light reflection and differences in display screens may cause slight variations in the color of the item shown in pictures compared to the actual product. Measurement may vary by +/- 1–3 cm.