The 103200 Series Professional Hybrid Cross Step Ladder is engineered for demanding commercial and industrial jobsite applications where versatility, stability, and close-access positioning are essential. Its innovative hybrid design allows the ladder to quickly convert from a traditional stepladder configuration to a shelf ladder setup, enabling professionals to work efficiently near walls, framing, corners, studs, and vertical surfaces where standard ladders are limited.
Constructed with high-visibility non-conductive safety-orange fiberglass rails, the 103200 Series combines rugged durability with advanced jobsite functionality. Reinforced structural components, heavy-duty spreaders, and double-rivet step construction provide exceptional stability and long-term performance in challenging work environments.
Features & Benefits
- Meets or exceeds CSA Grade 1A and ANSI Type 1A performance requirements
- Hybrid conversion design transforms from stepladder to shelf ladder configuration
- Allows closer positioning to walls, studs, poles, and vertical work surfaces
- Rear leg assembly folds inward for quick and efficient configuration changes
- Integrated V-notch top design for stable positioning around corners, studs, and poles
- Non-marring rubber top pads help protect finished walls and work surfaces
- High-visibility non-conductive safety-orange fiberglass rail construction
- Durable molded top with integrated tool slots for improved jobsite convenience
- Reinforced double-rivet step construction for increased structural durability
- Heavy-duty sway braces and rear bracing for enhanced rigidity and stability
- Heavy-duty internal spreader system for secure ladder positioning
- Durable molded safety feet for dependable traction on jobsite surfaces
Typical Applications
- Electrical and utility work
- Framing and drywall installation
- Commercial construction
- Painting and finishing applications
- Facility maintenance
- HVAC and mechanical trades
- Work around walls, corners, poles, and structural framing components











