Tired of bending down to load the washer or reaching into the bottom of your dryer? A washer dryer pedestal isn’t just a convenience, it’s a back-saver that transforms your laundry routine. While factory pedestals can cost $300 to $500 per unit, building your own washer and dryer pedestal through a washer dryer pedestal DIY project gives you total control over height, style, and budget. Whether you’re storing detergent underneath or simply raising your machines to a comfortable level, this guide walks you through a straightforward build that any homeowner with basic carpentry skills can tackle in a weekend.
Key Takeaways
- A DIY washer dryer pedestal costs $75 to $150 in materials versus $600+ for commercial pedestals, making it a budget-friendly alternative that most homeowners can build in 4 to 6 hours.
- Building your own washer dryer pedestal raises appliances 12 to 18 inches, reducing back strain while creating hidden storage space for detergent, cleaning supplies, and household items.
- The frame requires cross-bracing and diagonal supports to handle 200+ pounds of appliance weight, ensuring your pedestal remains rock-solid and prevents the frame from twisting out of square.
- Sand all surfaces with 80-grit then 120-grit sandpaper, and finish with exterior-grade polyurethane, stain, or paint 24 to 48 hours before placing machines to ensure durability and a polished appearance.
- Install rubber isolation pads under appliance feet and use shims for leveling to reduce vibration noise, prevent damage to the pedestal, and ensure proper drainage of hoses during operation.
- Anti-tip brackets, GFCI-protected outlets, and proper hose routing away from sharp edges are essential safety measures to prevent appliance tipping and electrical hazards in your laundry room.
Why Build a DIY Washer Dryer Pedestal
A commercial washer dryer pedestal raises your appliances 12 to 18 inches off the floor, reducing back strain during loading and unloading. Beyond ergonomics, a DIY pedestal offers hidden benefits. You gain dead storage space underneath, perfect for detergent bottles, cleaning supplies, or baskets of socks waiting to be matched. You also control the finish: stain it to match your laundry room décor, paint it white for a clean look, or leave it natural if that fits your style.
Building your own costs roughly $75 to $150 in materials versus $600+ for commercial pedestals when you factor in one for each machine. The time investment is minimal, most builds take 4 to 6 hours, including finishing. This project requires no special permits in most jurisdictions, though you should always check local building codes if your laundry room sits below grade or in a space with moisture concerns.
Tools and Materials You’ll Need
Materials:
- Two-by-six (2×6) lumber, untreated pine or fir, 8 feet long: three boards for the frame
- Two-by-four (2×4) lumber, 8 feet long: two boards for internal bracing
- Three-quarter-inch plywood, one sheet 4×8 feet, for the top platform
- 2.5-inch wood screws: 1 box
- 1.5-inch wood screws: 1 box
- 80- and 120-grit sandpaper
- Wood filler (if filling screw holes)
- Finish of choice: exterior-grade polyurethane, paint, or stain
Tools:
- Miter saw or circular saw with guide
- Power drill with bits
- Orbital sander or sanding block
- Clamps (minimum two, 36-inch capacity)
- Level (24-inch preferred)
- Tape measure and pencil
- Carpenter’s square
- Workbench or sawhorse pair
Safety Gear:
- Safety glasses or goggles
- Work gloves
- Dust mask (when sanding)
Step-by-Step Construction Instructions
Building the Frame and Base
1. Cut and lay out your lumber. Using a miter saw, cut your 2×6 boards to 27 inches long (the standard width of most washers and dryers). You’ll need four pieces for the long sides of the pedestal. Cut two 2×4 boards to 27 inches as well, these become internal support beams running perpendicular to your 2×6 sides.
Before you cut, check your actual washer and dryer dimensions. Nominal lumber sizes are misleading: a 2×6 is actually 1.5 inches thick and 5.5 inches wide. Measure twice, cut once. Set your pieces on sawhorses and mark cut lines with pencil and a carpenter’s square to keep everything square.
2. Assemble the four-sided frame. Lay two 2×6 boards parallel, roughly 24 inches apart (measure the depth of your machines). These are the long sides. Position the two 2×4 support beams perpendicular between them at the front and back, creating a rectangular frame.
Drill pilot holes (slightly smaller than your screw diameter) before driving 2.5-inch screws. This prevents splitting. Drive two screws per joint, one near the top of the joint, one near the bottom. Use a drill with a clutch setting if your model has one: it stops the bit from spinning when resistance builds, preventing overtightening.
3. Add cross-bracing for rigidity. Cut two additional 2×4 pieces as diagonal braces from corner to corner inside the frame. This triangulation prevents racking (the frame twisting out of square under load). A washer or dryer can weigh 200+ pounds: your frame must be rock-solid. Use 2.5-inch screws at each end of the braces.
Check for square using a carpenter’s square at all corners. If a corner doesn’t sit at 90 degrees, loosen screws slightly and adjust before retightening.
Assembling and Securing the Platform
4. Cut and attach the plywood top. Measure the outer dimensions of your frame and cut plywood to overhang by 1 inch on all sides. For most standard washers and dryers, a 29×30-inch top works well. A jigsaw or circular saw cuts plywood cleanly when you clamp a straightedge guide.
Lay the plywood on the frame. It should sit flush and even. Fasten it with 1.5-inch wood screws spaced every 12 inches around the perimeter and a grid pattern across the top surface. Screws should sink slightly below the surface (countersink them by 0.5 inch) to prevent snagging hoses or catching toes.
5. Seal the underside if needed. If your laundry room is damp (basement or near a water heater), apply a water-resistant sealant or outdoor polyurethane to the underside of the plywood and the bottom of the frame. This prevents moisture absorption and rot. Let it cure per product instructions, usually 24 to 48 hours.
6. Sand all surfaces smooth. Start with 80-grit sandpaper to remove saw marks and splinters. Progress to 120-grit for a finer finish. Sand in the direction of the wood grain. A orbital sander saves time and creates a consistent finish on large flat surfaces. Pay extra attention to edges and corners where you or your clothes might brush.
Vacuum or wipe away all dust before finishing.
7. Finish your pedestal. If you choose stain, apply it following the can instructions, usually one to two coats, sanding lightly between coats. For paint, use a quality indoor latex or acrylic enamel: two coats provide better coverage. Exterior-grade polyurethane protects against spills and gives a professional appearance regardless of color choice.
Allow 24 to 48 hours for finish cure before moving appliances onto the pedestal.
8. Set your washer and dryer in place. Use a dolly to move machines. Position them so they’re roughly centered on the pedestal. Check that they’re stable and won’t rock. A slight tilt forward (away from you) aids drainage if a hose ever leaks.
Design Variations and Customization Options
Height adjustment. The 12-inch-tall frame described above suits most users. If you’re taller or prefer more storage space underneath, use 2×8 boards instead of 2×6, raising the pedestal to about 15 inches. Measure the clearance above your machines (typically 12 to 24 inches from the top of the machine to shelving or cabinets) before deciding on final height.
Enclosed pedestals. Instead of an open-frame design, you can build a skirted pedestal by adding plywood sides. This looks more polished and contains spills but requires additional lumber and finishing work. Panel the sides with 0.5-inch plywood and finish to match your frame. Add a 1×2 trim around the perimeter for a furniture-like appearance.
Storage compartments. Some DIYers add a simple plywood shelf or compartment inside the frame. This requires careful measurement to ensure it doesn’t interfere with vibration or ventilation from the machines. If you include shelving, leave at least 4 inches of clearance on all sides of the appliances for air circulation.
Material alternatives. Metal leg kits or adjustable feet can replace a full frame if you’re after a minimalist look. These bolt to a plywood top and offer tool-free height adjustment. They’re less sturdy for very heavy machines but work for standard models. Good Housekeeping reviews many pedestal options if you want to compare commercial solutions before building.
Finish upgrades. A wood stain in walnut or espresso pairs with modern or farmhouse laundry rooms. Glossy enamel paint in soft white or light gray is versatile. If your laundry room has tile or stone, match the pedestal finish to those materials for a cohesive look.
Finishing Touches and Safety Considerations
Vibration damping. Washers and dryers vibrate during operation. Rubber isolation pads under the appliances’ feet reduce noise and protect your pedestal from being slowly shaken apart. These cost $20 to $40 per set and pay dividends in longevity. Install them before you slide the machines onto the pedestal.
Secure the machines. While not always necessary, anti-tip brackets or restraint straps can prevent a front-loader from tipping forward if someone leans on the open door or climbs onto the pedestal. Check your appliance manual for recommended brackets. Hunker’s home improvement guides offer safety tips for laundry room installations.
Inspect hose routing. Once machines are in place, ensure hoses and drain lines don’t get pinched or kinked. Add cushioning or clips if hoses are near sharp edges. Verify that the dryer’s exhaust hose slopes gently downward toward the exterior vent to prevent lint and moisture backup.
Weight limits. A pedestal built per these instructions safely supports two standard washers or a washer-dryer pair (combined weight typically under 500 pounds). If you’re using commercial or oversized machines, verify that your frame’s dimensions and hardware match the machine footprint and weight.
Electrical safety. Keep the pedestal away from water sources and ensure outlets are GFCI-protected per the National Electrical Code (NEC). Plug your machines in before sliding them into final position if possible, to avoid tripping hazards.
Final adjustments. Use shims (thin wedges) under the appliances’ feet to fine-tune leveling after they’re in place. Level machines run quieter and drain properly. Check periodically over the first few months for any settling or shifting.
