A Smart Rangefinder Scope is an advanced optical sighting device that integrates traditional magnified optics with modern digital technology, sensors, and onboard computing. It is designed primarily for precision shooting (e.g., a caccia, long-range target shooting, and tactical applications) to dramatically increase the probability of a first-shot hit at varying distances.
Core Components and Functionality:
- Optical System: Like a traditional riflescope, it features a high-quality lens system for magnifying and clearly viewing a target.
- Telemetro laser (LRF): This is its fundamental feature. The scope emits a low-power, invisible laser beam towards the target. By measuring the time it takes for the beam to bounce back, it calculates the exact distance to the target with high accuracy.
- Onboard Computer/Solver: This is the “smart” brain of the scope. Once the distance is acquired, the computer instantly processes this data along with other critical environmental factors.
- Sensori ambientali: Most models include sensors to gather real-time data on:
- Angle of Inclination: (e.g., shooting uphill or downhill) to calculate the true horizontal distance.
- Barometric Pressure: Affects air density and bullet flight.
- Temperature: Also affects air density.
- Heading (optional): For calculating Coriolis effect at extreme ranges.
How It Works (IL “Smart” Part):
The user places the reticle on the target and activates the rangefinder (often with a simple button press). In a fraction of a second, the scope:
- Measures the distance to the target.
- Gathers environmental data from its sensors.
- Calculates the precise bullet drop and windage correction required for that specific shot. This calculation is based on pre-programmed Ballistic Coefficient (BC) data for your specific firearm and cartridge, which the user inputs into the scope’s system.
- Displays the aiming solution directly in the eyepiece. Instead of the shooter manually adjusting turrets, the scope’s illuminated reticle will automatically change to show the correct holdover point (e.g., a dot or chevron moves to the exact spot where the bullet will hit).
- Key Advantages:
Extreme Accuracy: Eliminates guesswork in estimating range and calculating holdovers. - Speed: Provides an accurate firing solution much faster than a human can manually.
- Simplicity: Allows for effective engagement of targets at unknown distances without requiring complex manual calculations or memorizing holdover tables.
- All-in-One System: Reduces the need to carry a separate handheld rangefinder and a data book.
- Common Additional Features:
Bluetooth Connectivity: To sync with a smartphone app for easier setup, managing multiple ballistic profiles, and updating firmware. - Video Recording: Some high-end models can record video of the shot through the optic.
- Customizable Reticles: Digital or illuminated reticles that can be changed to user preference.
Please contact us at: vendite@henricht.com