MCP For Claude Marketplace
Jump Kicker Design

Jump Kicker Design MCP Connector for Claude

A+

Design precise jump kicker geometry using trajectory optimization.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized tools for snow sports enthusiasts and designers to calculate optimal jump geometry. By using calculate_kicker_geometry, you can determine the necessary takeoff angle, kicker length, transition radius, and lip height based on your target distance and height. The server also includes validate_landing_safety to ensure your trajectory aligns with the landing slope, and adjust_for_snow_friction to modify designs for conditions like powder or icy snow. It is an essential bridge for connecting AI agents to precise projectile motion calculations for safe and effective jump design.

snowboardingskiingtrajectorygeometryoptimization

4 tools expose this connector's capabilities to your AI agent.

adjust_for_snow_friction

Modifies the proposed kicker geometry to account for the traction available in different snow conditions

calculate_kicker_geometry

Generates the primary physical dimensions for a kicker based on desired flight characteristics

get_skill_constraints

Retrieves the allowable physical parameters (minimum radius and maximum angle) permitted for a specific skill level

validate_landing_safety

Checks if the designed kicker trajectory will result in a safe impact with the landing slope

See how to talk to your AI agent using Jump Kicker Design.

Design a jump that goes 15 meters far and 4 meters high for an intermediate rider in hardpack snow.

The optimal kicker angle is 32 degrees, with a kicker length of 8.5 meters, a transition radius of 6.2 meters, and a lip height of 1.8 meters.

Is a takeoff angle of 35 degrees safe for a 25 degree landing slope at 12 m/s?

Yes, the landing is safe. The impact angle difference is 2.5 degrees, providing a high safety margin.

What are the safety constraints for a pro rider?

For a pro rider, the minimum transition radius is 3.5 meters and the maximum kicker angle is 45 degrees.

You should use the `validate_landing_safety` tool after generating your geometry. It checks if your descent angle matches the landing slope angle to minimize impact force.

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