iOS App Now Available!

Professional Ballistics Calculator

Advanced trajectory calculations powered by the open-source Ballistics Engine. Native iOS app now available with full physics modeling, Monte Carlo simulations, and precision shooting tools. Android version coming soon!

Download on App Store View Android Version Try Web Version Now Open Source Core
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iOS Version

Native SwiftUI app with full integration of the Rust ballistics engine. Designed for iPhone and iPad with iOS 15+.

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    Native SwiftUI Interface

    Beautiful, responsive design that follows iOS design guidelines with full dark mode support

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    Interactive Charts

    Visualize trajectories with Swift Charts, showing drop, windage, and velocity over distance

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    Automatic Zeroing

    Calculate sight adjustments with MOA and mrad outputs for any zero distance

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    Monte Carlo Analysis

    Statistical simulations for hit probability and group size predictions

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    Advanced Physics

    Full 6DOF modeling including spin drift, Coriolis effect, and atmospheric conditions

    • iOS Ballistics Calculator Main Screen iOS Trajectory Chart View
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    Android Version

    Native Jetpack Compose app with Material 3 design. Supports Android 7.0+ with full feature parity.

    Android Ballistics Calculator Main Screen Android Trajectory Results
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    Material You Design

    Modern Material 3 interface with dynamic theming and smooth animations

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    JNI Integration

    Direct access to the Rust engine through optimized JNI bindings for maximum performance

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    Comprehensive Input

    Support for all ballistic parameters including BC, drag models, and environmental conditions

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    Export Capabilities

    Save and share trajectory data in multiple formats including CSV and JSON

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    Offline Functionality

    All calculations performed locally - no internet connection required

    • Core Features

    Professional-grade ballistics calculations in your pocket

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    Trajectory Calculation

    Full 3D trajectory integration using RK4 and Euler methods with automatic transonic corrections and stability analysis.

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    Multiple Drag Models

    Support for G1, G7, and custom drag curves with velocity-dependent BC segmentation and form factor corrections.

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    Monte Carlo Simulations

    Statistical analysis with parameter uncertainties for hit probability, group size, and confidence intervals.

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    Environmental Modeling

    Complete atmospheric modeling including temperature, pressure, humidity, altitude, and density altitude calculations.

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    Wind Calculations

    3D wind effects with altitude-dependent wind shear, vertical wind components, and multiple wind zones.

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    Unit Flexibility

    Seamless switching between Imperial and Metric units with automatic conversion of all inputs and outputs.