MiniMobile | Lightweight Mobile Scaffold System
Specs
Material
T6 aircraft-grade aluminum
Frame
1/8 in welded aluminum construction
System Type
Mobile scaffold system
Use Case
Indoor and confined-area access
- Regular price
- $899.00 USD
- Sale price
- $899.00 USD
- Regular price
-
SafeSmartUSA
MiniMobile | Lightweight Mobile Scaffold System- Regular price
- $899.00 USD
- Sale price
- $899.00 USD
- Regular price
-
Compact Access. Serious Safety.
MiniMobile is the safer, smarter alternative to ladders for indoor and confined-area work. Designed for contractors and professionals who need fast, stable access without sacrificing safety, MiniMobile delivers compliant, mobile height access in tight spaces where ladders and makeshift platforms fall short. Built from aircraft-grade aluminum and engineered for easy maneuverability, it provides a secure, purpose-built solution for interior work environments that demand efficiency, control, and confidence at height.
Product Information
Material
T6 aircraft-grade aluminum
Frame
1/8 in welded aluminum construction
System Type
Mobile scaffold system
Use Case
Indoor and confined-area access
Access
Integrated internal hatch platform
Clearance
Fits 27.5 in doorways
Design
Minimal components, high strength
Compliance
ANSI / ASSE A10.8-2011; OSHA applicable
Designed for Fast, Safe Access
MiniMobile isn’t a repurposed scaffold or a dressed-up ladder—it’s a purpose-built access system engineered for confined, interior and exterior work. Every feature is designed to reduce setup time, improve stability, and eliminate unsafe entry and exit, giving professionals a safer way to work at height without slowing the job down.
Hatch-Deck Access
Snap-On Guardrail Frames
Quick Deployment
OUtriggers for added reach and confidence
For higher-access configurations or demanding site conditions, MiniMobile outriggers are available to increase base width and enhance overall stability. Designed for use on taller models or as add-on accessories, outriggers provide additional support where extended working heights require greater load distribution and confidence at elevation.