# Moving Box Packing Plan AI Agent Connect > Moving Box Packing Plan MCP handles the heavy lifting of moving logistics. It calculates how to distribute your belongings into specific box sizes while accounting for weight, volume, and fragility. Instead of guessing which items fit where, you let your AI client run the math to ensure nothing breaks and no space is wasted. ## Overview - **Category:** productivity - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_tf5genpQ6bPGEey4ESkRH4BBR6fT0bqSHDQhILYC/ai-agent-connect - **Tags:** moving, packing, logistics, optimization, organization ## Description Moving is a massive logistics puzzle. You have a pile of stuff, a set of boxes, and a limited amount of time. This MCP solves that by acting as a dedicated logistics engine for your moving operations. You give your agent a list of items, including their volume, weight, and whether they are fragile, and it builds a structured plan. It doesn't just guess. The logic respects physical constraints to prevent you from overstuffing a small box or making a large box too heavy to lift. You can use it to figure out exactly how many boxes you need to buy or to double check that a specific packing configuration won't result in crushed items. It turns a chaotic pile of belongings into a clear, room-by-room distribution strategy that keeps your fragile items safe and your heavy items manageable. ## Tools ### find_optimal_box_type This tool identifies the single best box size for a specific set of items to minimize empty space. ### get_room_summary This tool provides a high-level breakdown of how items are allocated across different rooms. ### plan_packing_strategy This tool generates a complete, item-by-item distribution plan for all available boxes. ### validate_box_integrity This tool checks if a specific box configuration is physically safe based on weight and fragility constraints. ## Prompt Examples **Prompt:** ``` Create a packing plan for these items: a heavy book (vol: 1, wt: 5, fragile: false, room: Library) and a glass vase (vol: 2, wt: 1, fragile: true, room: Living Room), using box sizes: Small (vol: 5, wt: 10) and Large (vol: 20, wt: 20). ``` **Response:** ``` The packing plan assigns the heavy book to a Small box and the glass vase to a Small box, ensuring fragile items are flagged for special handling. ``` **Prompt:** ``` What is the best box size for items with a total volume of 15 and weight of 5? ``` **Response:** ``` The Large box is the best choice as it accommodates the volume and weight with the highest efficiency score. ``` **Prompt:** ``` Summarize the packing plan for my items. ``` **Response:** ``` The summary shows 3 items allocated to the Kitchen with a total volume of 12 and weight of 8. ``` ## Capabilities ### Volume and Weight Math Your agent calculates item totals against box limits to prevent overfilling. ### Fragility Protection The tool flags fragile items to ensure they are handled correctly in the plan. ### Room-Based Organization It groups items by room so you know exactly which box belongs where. ### Space Optimization The logic selects box sizes that reduce wasted air and empty space. ### Safety Validation It verifies that a box configuration won't fail due to weight or structural issues. ## Use Cases ### Residential Moves Map out every item in your house to a specific box size before you start packing. ### Office Relocations Manage large volumes of equipment and supplies by room and weight constraints. ### Inventory Planning Determine exactly how many boxes of each size you need to purchase for a project. ### Safety Auditing Check if a planned box is too heavy or contains too many fragile items to be safe. ## Benefits - Reduces wasted space by matching item volume to the right box size. - Prevents broken items by accounting for fragility in the packing logic. - Eliminates guesswork in calculating total weight per box. - Organizes items by room for faster unloading at the destination. ## How It Works Connect your client to Vinkius and start sending item data to your agent. 1. Connect your MCP-compatible client to Vinkius. 2. Provide a list of items with volume, weight, and fragility details. 3. Ask your agent to generate a packing strategy or find the best box size. 4. Review the room-based summary or safety validation results. ## Frequently Asked Questions **How does this MCP help with fragile items?** The tool tracks fragility status and ensures these items are accounted for in the packing strategy to prevent damage. **Can I use this with Claude or Cursor?** Yes, you can connect this MCP to any compatible client like Claude, Cursor, or Windsurf through Vinkius. **Does it calculate weight limits?** Yes, it uses weight and volume data to ensure items fit within the physical constraints of your chosen boxes. **How do I know how many boxes to buy?** You can use the tool to generate a complete packing plan, which will show you the total number of boxes required. **Is there a way to see a summary by room?** Yes, the get_room_summary tool provides a high-level overview of how items are allocated to each room. **How does the packing strategy work?** The `plan_packing_strategy` tool analyzes item volume, weight, and fragility to assign them to the most efficient box sizes available. **Can I check if my boxes are safe to carry?** Yes, use the `validate_box_integrity` tool to verify if a box configuration is physically safe based on weight limits and fragile item placement. **How do I minimize wasted space in my boxes?** You can use `find_optimal_box_type` to suggest the best box size for a specific set of items based on their total volume and weight.