Paddle-Out Calorie Estimator

Paddle-Out Calorie Estimator MCP Connector for Claude

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Calculate physiological energy expenditure and time for surfing paddle-outs based on water currents.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides deterministic tools for surfers to calculate the physical impact of water currents on their paddle-out. By accounting for current velocity, body mass, and distance, it calculates effective distance, time required, and total calories burned. Use calculate_paddle_expenditure to get a full physiological breakdown, check_current_safety to assess if a current is too strong for progression, or get_session_summary for a high-level overview of energy deficit or advantage.

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

check_current_safety

Determines if the current is too strong for a standard paddle-out attempt

calculate_paddle_expenditure

Calculates the total physiological impact of a specific paddle-out session including time and calories

get_session_summary

Provides a high-level overview of the energy deficit or advantage provided by the current

See how to talk to your AI agent using Paddle-Out Calorie Estimator.

How many calories will I burn paddling 500 meters against a 1.5 knot outgoing current if I weigh 80kg?

Paddling 500 meters against a 1.5 knot current with a weight of 80kg will result in an effective distance of 1500 meters, approximately 25 minutes of paddling, and a total burn of 234.3 calories.

Is it safe to paddle out 300 meters if the current is 2.5 knots?

No, a 2.5 knot current is too strong for a standard paddle-out attempt as it exceeds the assumed paddling speed.

Give me a summary of a 400m paddle with a -0.5 knot incoming current.

The incoming current provides an energy advantage, making the paddle-out more efficient by reducing the effective distance.

An outgoing current increases the effective distance you must paddle, which increases the total calories burned. An incoming current reduces the effort required.

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