Appliance Corner Clearance Calculator｜Will Your Fridge or Washer Fit?

Planning to buy a new refrigerator, washer, or other large appliance? This tool instantly calculates whether it will fit through a tight L-shaped corridor or corner. Avoid delivery day headaches by verifying the clearance beforehand with a simple calculation and visual simulation.

💡 Tool Overview

• Instant Pass/Fail Verdict: Get a clear, color-coded result ("Passable" or "Blocked") as soon as you enter the dimensions.
• Precise Clearance Margin: See exactly how much extra space you have, or by how much the appliance will not fit, calculated to the decimal.
• 2D Visual Simulation: Watch an animated diagram of your appliance maneuvering through the corner, helping you visualize the tightest point.
• Smart Orientation: The calculator automatically assumes the appliance is turned to its most optimal orientation (shortest side forward) to maximize its chances of fitting.
• Supports CM & Inches: Easily switch between metric and imperial units to match your needs.

🧐 Frequently Asked Questions

Q. How should I measure my corridor?

A. Measure the narrowest usable width of your hallway, from wall to wall. Be sure to account for any permanent obstructions like baseboards, door frames, or radiators that might reduce the effective space. Measure both the hallway leading up to the corner and the hallway after the corner.

Q. Does it matter which dimension I enter as appliance "width" vs. "depth"?

A. No, it doesn't. Our calculator is designed to be user-friendly and automatically uses the shorter dimension as the "width" for the turn. This simulates the best-case scenario that professional movers would use to navigate the corner. Simply enter the two main dimensions of your appliance, and the tool will determine the optimal orientation for the calculation.

📚 Fun Facts about Corner Clearance

The calculation behind this tool is a practical application of a classic geometry problem, often related to the "moving sofa problem." While it seems simple, determining the absolute maximum size of an object that can pivot around a 90-degree corner is surprisingly complex.

This tool uses a mathematical formula that finds the "bottleneck" — the tightest point in the turn. Interestingly, this critical point is not always when the appliance is at a 45-degree angle. The exact angle of the tightest squeeze depends on the specific widths of the two corridors, which is what this calculator precisely determines to give you an accurate result.