RV Entry Steps 3 Step Heavy Duty Alloy Steel Stair with Dual Handrail, AntiSlip Wide Steps for Camper Trailer

Heavyduty alloy steel RV step with handrail designed for stable, longlasting access Key benefits load capacity: Built from sturdy alloy steel and rated to support 440 pounds, providing firm stability even with two users on the steps simultaneously. Secure threestep layout: Steps are positioned at 6inch, 13inch, and 20inch heights to promote a steady, natural climb and reduce the risk of missteps. Durable, rustresistant finish: All surfaces receive an antirust powder coating for enhanced corrosion resistance and longer service life in outdoor conditions. Wide, practical treads: 10.2inch wide steps on both sides offer ample footing and space for mounting double handrails, making installations straightforward and comfortable to use. Integrated handrail support: Designed for use with a handrail to improve grip and stability when entering or exiting the vehicle. Function, size, material, and performance Material: Alloy steel construction for strength and durability. Load rating: Maximum 440 pounds. Step heights: 6inch, 13inch, and 20inch increments for controlled ascent. Tread width: 10.2inch wide steps suitable for twosided handrail installation. Finish: Antirust powder coating to resist corrosion from weather exposure. Typical applications RV and camper entry: Reliable, durable step set for daily use when boarding recreational vehicles. Mobile homes and trailers: Provides sturdy access for passengers and guests when stable, repeatable entry points are needed. Service and maintenance access: Useful for technicians or owners needing a stable platform to reach exterior fixtures or perform routine checks. Installation and use notes Steps are designed to accept double handrails; use appropriate mounting hardware for your vehicle wall type and follow local fastening recommendations. The combination of wide treads, defined step heights, and a solid handrail makes this step suitable for regular use in outdoor conditions without sacrificing stability.