Stanley FATMAX FMST75753-9 Tool Storage Case Black 1000mm Width

The STANLEY® FATMAX® PRO-STACK™ 3 Module Mobile Storage Tower (FMST75753-9) is a stackable, interlocking storage system combining a Shallow Box, a Deep Box and a Mobile Storage Box. Designed for organised storage of small parts, hand tools and larger power tools, this tower provides portability with integrated carry handles on each module and a telescopic handle plus 7" wheels on the mobile unit. The unit has a robust black finish and dimensions approximately 1000mm (width) x 512mm (depth) x 435mm (height).

Advantages

The PRO-STACK™ tower offers modular connectivity via durable side latches so multiple modules lock together securely. The three-module configuration gives separation for different tool types and parts, while the mobile base with telescopic handle and durable wheels enables smooth transport across job sites. The design emphasises practical organisation, easy handling and compatibility with other PRO-STACK™ modules.

Suitable for

• Storage and transport of hand tools and small parts
• Keeping larger power tools organised in a workshop or vehicle
• On-site use where mobility and modular stacking are needed

Key specifications

• Brand: STANLEY® FATMAX®
• Model / MPN: FMST75753-9
• Configuration: 3-module tower (Shallow Box, Deep Box, Mobile Storage Box)
• Colour: Black
• Connectivity: PRO-STACK™ side latches for stacking and interlocking modules
• Mobility: Telescopic handle and durable 7" wheels on mobile module
• Dimensions (approx.): 1000 mm (W) x 512 mm (D) x 435 mm (H)

How to use

Assemble modules by aligning the PRO-STACK™ side latches and securing them together to form the tower. Use the shallow and deep boxes to separate small parts and hand tools; store larger power tools in the mobile storage box. Carry individual modules by their integrated handles or extend the telescopic handle and roll the assembled tower on its wheels for transport.

Recommendations

Check that side latches are fully engaged before moving the tower. Distribute weight evenly across modules and avoid exceeding the tool load capacity typical for hand and power tools to preserve latch function and wheel performance.