MCP For Claude Marketplace
Ollie Pop Height Simulator

Ollie Pop Height Simulator MCP Connector for Claude

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A biomechanical simulator for calculating skateboarding ollie jump performance.

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

This MCP server provides precise biomechanical analysis of skateboarding ollie maneuvers. By inputting tail press force, board flex, rider weight, and pop timing, you can determine the physical outcomes of a jump. Use calculate_jump_metrics to find the maximum height and tail bend angle, or analyze_board_efficiency to see how well a board converts force into lift. You can also use simulate_timing_sensitivity to understand how much height is lost with poor timing, or compare_rider_techniques to evaluate two different approaches.

skateboardingbiomechanicsphysicsjump-heightperformance

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

compare_rider_techniques

Compares two different sets of technique inputs to determine which results in a higher ollie

simulate_timing_sensitivity

Evaluates how sensitive the ollie height is to deviations in the rider's pop timing

analyze_board_efficiency

Determines how effectively the specific board is converting the rider's force into vertical lift

calculate_jump_metrics

Calculates the primary performance outcomes of an ollie based on technique inputs

See how to talk to your AI agent using Ollie Pop Height Simulator.

Calculate the jump metrics for a 70kg rider using 500N force, 0.5 board flex, and 0.2s timing.

The maximum ollie height is 45.2 cm, with a tail bend angle of 12.5 degrees and a pop timing window of 0.05 seconds.

How much height will I lose if my timing is off by 0.1 seconds for a 75kg rider with 450N force?

A timing deviation of 0.1 seconds will result in a height loss of 4.8 cm.

Is a more flexible board better for a heavy rider?

Not necessarily. While higher flex stores more energy, it may decrease the snap speed. Use `analyze_board_efficiency` to find the optimal flex for your specific weight and force.

You can use the `calculate_jump_metrics` tool by providing your tail press force, board flex, rider weight, and pop timing.

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