These scaffolds provide the space and height to complete elevated projects that most work platforms can't reach. Height adjusts in 2" increments. Powder-coated steel means these scaffolds can be used outdoors and in damp areas.

Note: Scaffolds meet OSHA dimensional standards and CAL-OSHA standards for use in California. Users are responsible for checking local, state, and federal codes, including OSHA, for safe operating practices.

Move these scaffolds between work areas without climbing down from the platform. They have a pair of motorized wheels that you control with a joystick. When you stop moving, the motor locks them to keep these scaffolds in place. The steel frame is durable enough to withstand heavy use, and it’s powder-coated to prevent rust. Holes every 2" let you adjust the platform to the height you need. To prevent slips, the walking surface is coated in grit. These scaffolds also have an access door, so you can climb down through the platform when you’re in tight spots.

Use a standard 20V battery (not included) to power the motor. It comes with adapters for most power tool battery packs.

Note: These scaffolds meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe operating practices. They’re designed to be driven on level surfaces, and don’t exceed the OSHA-required maximum speed of 1 foot per second. The enclosed guardrails meet fall-protection requirements.

Save space with a rolling scaffold that doubles as a workbench. These scaffolds can be used as a miter saw stand, a storage rack, a utility cart—or as scaffolding. Made of powder-coated steel, they're both rust resistant and durable for industrial use. Height adjusts in 2" increments.

Note: Scaffolds meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe set up and operating practices.

Aluminum is a good choice for damp areas and outdoor use. Hooks with a 2" opening at each end secure planks to end frames. Rungs on the underside are for use as hand grips. Planks have a perforated surface for slip resistance and to reduce debris buildup. End hooks are offset to allow for continuous planking of large scaffolds.

Note: Length is measured from center-to-center of end hooks.

Note: Planks meet OSHA and Cal/OSHA dimensional and construction standards. Users are responsible for checking local, state, and federal codes, including OSHA, for safe set-up and operating practices.

The most commonly used and cost-effective planking for scaffolding walkways. Install three of these planks side-by-side to create a full platform atop standard 5 ft. wide scaffold frames. Hooks with a 2" opening at each end secure these planks to end frames. Their plywood walking surface can be replaced with standard 5/8" thick plywood when worn.

Note: Length is measured from center-to-center of end hooks.

Note: Planks meet OSHA dimensional standards. Users are responsible for checking local, state, and federal codes, including OSHA, for safe installation and operating practices.

Safely climb inside your scaffold when surrounding space is tight. These planks have an access door that swings open to reach your work platform. They’re made of plywood—the most commonly used and cost-effective planking material for scaffolds. Hooks at each end secure these planks to end frames. Length is measured from center-to-center of the end hooks.

Use an additional plank (sold separately) to create a platform that spans a standard 5 ft. wide scaffold. They do not include an access door.

Note: Planks meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe set up and operating practices.

Create catwalks, bridges, gangways, and mezzanines by combining these planks, guardrails, and toeboards. They also work well between trestles, ladder jacks, and ladder scaffolding supports. Rungs on the underside are for use as hand grips.

Planks have a slip-resistant surface for sure footing. The vinyl end caps protect against sharp edges and act as hand grips.

Guardrails mount to either side of the plank with the upper rails 38" to 42" above the plank surface.

Toeboards mount to either side of the plank. They clamp to guardrail posts.

Note: Planks, guardrails, and toeboards meet OSHA dimensional standards. Users are responsible for checking local, state, and federal codes, including OSHA, for safe installation and operating practices. Planks, guardrails, and toeboards also meet CAL-OSHA standards, which is required for use in California.

Adjust the length of these planks to create a work platform on ladder jacks, trestle ladders, and other supports. The surface is ribbed to prevent slipping.

250 lb. capacity planks are for one person. A spring-set lock secures them at the length you choose.

Note: Planks that have OSHA or Cal/OSHA specifications listed meet dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe setup and operating practices.

Build tube-and-clamp scaffolding and attach supports, such as railings, to frame-style structures. Also known as knuckles. These clamps fit the most common scaffold tube sizes. Made of galvanized steel, they are rust resistant and hold up in outdoor applications.

Rigid clamps create a secure 90° connection between two tubes.

Swivel clamps pivot to connect tubes at any angle.

Note: Clamps meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe set up and operating practices.

Swap these jacks with the base plates on your scaffold to create a level foundation on uneven ground. They adjust in increments less than an inch, so you can set each leg of your scaffold to the exact height you need. Made from galvanized steel, these jacks resist rust and hold up to outdoor use. For safety and stability, the top 6" of the threaded stud slides into the scaffold frame and isn’t usable.

Hollow jacks are lighter in weight than solid jacks, so they’re easier to handle.

Note: Leveling jacks meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe set up and operating practices.

Add a barrier around your scaffold platform to prevent falls. These guardrails attach to posts (not included) on the edge of your platform. You can also replace sections of an existing barrier to make sure your scaffold meets safety requirements. Made of galvanized steel, these guardrails resist rust and hold up to outdoor use.

Note: Guardrails meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe set up and operating practices.

Fasten coupling pins, base plates, guardrail posts, and other components to scaffold frames. They replace missing pins on your scaffold frame to help you comply with OSHA safety requirements. Made of galvanized steel, they resist rust and hold up to outdoor use.

Pig-tail pins have a curved arm that wraps around the frame. They’re also known as gravity pins. Toggle pins have a hinged arm that flips down against the frame to lock the pin in place. They’re also known as hinge pins.

Note: Pins meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe set up and operating practices.

These ladders have movable sections that extend and collapse into one another, so you can adjust them to the height you need. Configure them into step ladders, straight ladders, or stairwell ladders.

Aluminum ladders are lighter than fiberglass ones, making them easier to move between work areas. ANSI A14.2 certifies dimensional and performance requirements for aluminum ladders.

Fiberglass ladders are nonconductive for use in electrical work. ANSI A14.5 certifies dimensional and performance requirements for fiberglass ladders.

Type 1A ladders are tested to hold up to 300 lbs. Type 1AA ladders are tested to hold up to 375 lbs.

Note: Ladders meet OSHA and Cal/OSHA dimensional and construction standards. Check local, state, and federal codes, including OSHA, for safe set up and operating practices.