• SnarePlan – Quantum Interdiction Position Calculator

    SnarePlan – Quantum Interdiction Position Calculator

    SnarePlan is a dedicated calculator developed by the Dolus community that helps Star Citizen players optimally position Quantum Entanglement Detectors (QED Snare Devices) for effective interdiction. It applies trigonometry to determine the mathematically perfect point for snaring a target based on likely quantum routes.


    When and Why Use SnarePlan

    Use it when:

    • You’re setting up quantum snare/piracy operations
    • You want to place snares to cover multiple probable routes
    • You need precise positioning to maximize snare efficiency
    • You’re looking to optimize positioning around Lagrange points or debris fields

    Why it’s useful:


    What SnarePlan Offers

    Interdiction Calculator

    • Input potential quantum destination points
    • Tool visualizes ideal snare placement
    • Includes quantum belt, halo zones, and Lagrange point curves

    Multi-Route Optimization

    Visual Map Interface

    • 2D route and snare visualization on a navigational map
    • Showcases “covered area” range and placement accuracy

    User Feedback


    Quick How-To

    1. Go to snareplan.dolus.eu
    2. Plot possible starting points or origin systems
    3. View and fine-tune the interception location
    4. Deploy your QED Snare device in-game at the calculated zone
    5. Adjust based on real-time feedback or observable routes

    Feature Summary

    FeaturePurpose
    Interdiction CalculatorFind the geometrically optimal point for snare placement
    Multi-Route CoverageSnare zones covering multiple QED routes simultaneously
    Map VisualizerVisual aid to position and monitor interception area
    Precision PlacementSupports Lagrange points, quantum belts, and origin-based zones

    SnarePlan is essential for Star Citizen players focused on piracy, snaring, or QED interdiction strategies. It drastically improves efficiency by eliminating guesswork and offering geometric precision for route-based placement.