# Family Trip Seat Count AI Agent Connect > Family Trip Seat Count MCP handles the math for group travel logistics. It calculates whether your fleet of vehicles can safely hold everyone, specifically accounting for the unique constraints of adults, children, and infants. Your AI client uses this to manage child seat limits and total passenger counts so you don't have to guess if everyone fits. ## Overview - **Category:** travel - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_h3iYJa3sbRTTyZRwW7g9xSetM5C7ndZTpyIefQGw/ai-agent-connect - **Tags:** family, travel-planning, vehicle-capacity, logistics, safety ## Description Planning a trip with a large group often turns into a headache when you realize you have more kids than car seats. This MCP solves that by treating vehicle capacity as a logistics problem. You can give your agent a list of passengers and a list of vehicles, and it will figure out if the math works. It doesn't just count heads; it respects the specific constraints of child seat availability and safety requirements. Instead of manually checking every SUV and minivan in your driveway, you can let your AI client run the numbers. It checks if your fleet can accommodate the total passenger count and then looks at the specific distribution of adults, children, and infants. This ensures you aren't over-capacity on child seats, which is a common mistake in large group travel. Whether you're coordinating a single van or a fleet of multiple cars, this tool provides the logic needed to ensure every passenger has a safe, designated spot. ## Tools ### calculate_total_fleet_capacity This tool calculates the total number of available seats across all vehicles in your fleet. ### check_vehicle_capacity Use this to verify if a specific vehicle can handle a set number of passengers. ### find_optimal_vehicle_distribution This tool tells your agent how to split passengers across multiple vehicles to maximize space and safety. ### validate_safety_constraints This tool checks if your seating plan follows specific safety rules, like child seat limits. ## Prompt Examples **Prompt:** ``` Can two SUVs with 7 seats each and 2 max child seats each carry 4 adults, 2 children, and 2 infants? ``` **Response:** ``` Yes, the two SUVs provide a total of 14 seats and 4 child seat capacities, which is sufficient for 8 passengers including the 4 required child seats for the children and infants. ``` **Prompt:** ``` How should I distribute 2 adults, 3 children, and 1 infant across a Sedan (5 seats, 1 child seat) and a Minivan (7 seats, 3 child seats)? ``` **Response:** ``` The optimal distribution is to place the infant and 1 child in the Minivan (using 2 child seats) and the remaining 2 children and 2 adults in the Sedan, or split them to ensure the child seat limit of the Sedan is not exceeded. ``` **Prompt:** ``` Is it safe to put 3 children and 1 infant in a car that only has 2 max child seats? ``` **Response:** ``` No, that configuration is not safe because the total number of children and infants (4) exceeds the maximum child seat capacity of 2. ``` ## Capabilities ### Fleet Capacity Math Your agent calculates the total seat count for multiple vehicles at once. ### Passenger Distribution The AI determines the best way to assign people to specific cars. ### Safety Validation The tool checks if the number of children exceeds the available child seat limits. ### Constraint Management It handles the different requirements for adults, children, and infants. ## Use Cases ### Multi-Car Road Trips Determine if your two SUVs can safely carry a large extended family. ### Child Seat Compliance Check if a specific vehicle has enough dedicated spots for all the infants and children in your group. ### Fleet Optimization Find the most efficient way to split a group of adults and kids across several cars. ### Safety Auditing Verify that a proposed seating arrangement doesn't violate vehicle safety limits. ## Benefits - Prevents over-capacity errors by checking child seat limits. - Automates the math for multi-vehicle passenger distribution. - Validates safety constraints for infants and children specifically. - Reduces manual planning time for large group logistics. ## How It Works Connect the MCP to your AI client and start asking about your travel logistics. 1. Connect the MCP to your preferred client like Claude or Cursor via Vinkius. 2. Provide your agent with the number of adults, children, and infants. 3. List the vehicles you have available and their seat/child seat capacities. 4. Ask the agent to calculate capacity, distribute passengers, or validate safety. ## Frequently Asked Questions **How does this MCP handle child safety?** It specifically tracks child seat limits to ensure you don't assign more children or infants to a vehicle than its safety constraints allow. **Can I use this for multiple cars at once?** Yes, you can provide details for a whole fleet of vehicles to see if they can collectively carry your group. **What AI clients can I use with this?** You can use this MCP with any compatible client, including Claude, Cursor, Windsurf, and VS Code. **Does it account for infants differently than children?** Yes, the tool treats infants and children as part of the group that requires child seat capacity. **Do I need to host this myself?** No, Vinkius hosts and manages the MCP for you, so it is ready to use immediately after you connect. **How does the tool handle infant seating?** The tool treats infants as passengers requiring dedicated child seats. It uses `validate_safety_constraints` to ensure the number of infants and children does not exceed the vehicle's `maxChildSeats` limit. **Can I plan a trip for multiple vehicles?** Yes, you can use `calculate_total_fleet_capacity` to aggregate the capacity of all your vehicles or `find_optimal_vehicle_distribution` to get a specific plan for your entire fleet. **What happens if a vehicle is unsafe for my group?** The `check_vehicle_capacity` tool will return a seat warning or indicate that the configuration is not feasible if safety constraints like child seat limits are violated.