Clipboard Stanley FATMAX FMST82721-1 Black Yellow 415mm x 285mm

The STANLEY® FATMAX® PRO-STACK™ Clipboard FMST82721-1 (415 x 285 x 35 mm) is a durable, portable work surface designed for construction sites and mobile professionals. It belongs to the PRO-STACK™ range, a customizable, interlocking and stackable storage system. The clipboard includes an integrated soft pouch for personal items, fitted rubber bumpers for impact protection and an LED work light to improve document visibility in low-light conditions.

Advantages

The clipboard combines a stable writing surface with built-in storage and lighting, enabling organized document handling on the go. Its interlocking PRO-STACK™ design allows secure stacking with compatible units, while rubber bumpers increase longevity by protecting corners from knocks. The compact dimensions (415 x 285 x 35 mm) make it easy to carry and store.

Suitable for

• Construction sites and tradespeople needing a portable writing surface
• Project managers and supervisors for plans and site documents
• Field technicians and surveyors who require document protection and visibility
• Any work environment where stackable, portable storage and a clipboard are useful

Key specifications

• Brand: STANLEY® FATMAX®
• Model / MPN: FMST82721-1
• EAN: 3253561827211
• External dimensions: 415 mm x 285 mm x 35 mm
• Color: Black and yellow
• Features: Integrated soft pouch, LED work light, rubber bumpers, PRO-STACK™ interlocking design

How to use

Place documents, plans or notepads on the clipboard surface and secure them under the clip. Use the integrated soft pouch to store small personal items or loose sheets. Turn on the LED work light when additional illumination is needed to read drawings or write in low-light conditions. Stack and interlock with other PRO-STACK™ units for combined storage and transport.

Usage recommendations

For best results, keep the rubber bumpers and clip clean to maintain secure stacking and document retention. Replace batteries for the LED light as needed and avoid prolonged exposure to extreme temperatures to preserve material integrity.