MilExact - Range Finder

MilExact - Range Finder turns your smartphone into a precision optical rangefinder, letting marksmen, hunters and outdoor enthusiasts estimate distances quickly and discreetly without a laser. The app measures a target's apparent size in the camera view, combines that with your lens focal length and zoom, and computes range using the Mil‑Dot principle. If you need a lightweight, offline tool to build range cards, check distances to game or targets, or avoid carrying bulky gear in the field, MilExact - Range Finder provides a practical digital alternative with a minimal interface and reliable calculations.

Key Features

⭐ Fast Mil‑Dot ranging that measures a target’s apparent size combined with lens focal length and zoom—MilExact - Range Finder calculates distance without lasers.

⭐ Built-in presets for tactical and hunting scenarios, including average man (1.80 m), doors, cars, SUVs, trucks, roe deer and red deer.

⭐ Custom target library to add and save heights or widths for repeatable, site-specific measurements.

⭐ Intuitive camera overlay with red alignment markers, zoom controls and simple crosshair-style guidance for precise alignment.

⭐ Offline operation and a privacy-focused design so the app works without an internet connection in the field.

Advantages

✅ No laser required, making measurements stealthier and usable in poor weather or low-visibility conditions.

✅ Lightweight utility that replaces bulky equipment for quick range estimation on trips or shoots.

✅ Custom targets and dope card storage let you save ranges and manage multiple targets from a single place.

✅ Clear interface and tips for using zoom and a tripod help maximize accuracy in practical conditions.

Disadvantages

❎ Accuracy depends on supplying the correct target dimensions; wrong reference sizes produce incorrect ranges.

❎ Precision varies with camera calibration, zoom behavior and steady alignment—handheld shots can be less reliable.

❎ Requires a visible target of known size; it cannot measure unknown or fully obscured objects.