Dynamic Air Electronically Height Adjustable Back to Back Desk Rectangular H-Frame 1,600 (W) x 1,640 (D) x 1,315 (H) mm MFC (Melamine Faced Chipboard), Steel

Smooth sit–stand operation for flexible teamwork

The electronically height-adjustable drive enables rapid, precise changes between seated and standing positions, helping teams to vary posture across long shifts and diverse tasks. This functionality supports dynamic working patterns in open-plan environments and reduces interruptions when switching work modes. Height: 1315 mm.

Stable H-frame base that keeps two workstations steady

An H-frame metal base provides a rigid foundation for back-to-back layouts, improving stability when two worktops are paired. The robust construction suits continuous use in shared spaces and keeps screens and peripherals steady during adjustment. Weight: 157 kg.

Durable worktops and finishes that fit modern offices

A worktop in MFC (melamine faced chipboard) combined with a steel frame delivers a resilient surface that resists daily wear while presenting a neutral grey tone to integrate with common office palettes. The choice of these materials ensures straightforward cleaning and a consistent professional appearance.

Designed for efficient space planning in collaborative settings

The rectangular footprint and back-to-back configuration make this desk ideal for benching, hot-desking or paired workstations in medium to large offices. Width: 1600 mm. Depth: 1640 mm. The layout simplifies cable runs and the formation of linear clusters without compromising individual workspace.

Clear specification for installation and selection

Model HA02303 belongs to the Air Back-to-Back product line. The item is a back to back desk with a metal frame and H-frame feet. Self-assembly is required. Shape: rectangular. Stackable: non stackable.

Practical benefits for procurement and fit-out decisions

Compact, repeatable dimensions and proven materials support predictable planning for office fits and furniture runs. The combination of an electronic height mechanism and a stable steel base reduces the need for frequent adjustments to neighbouring stations, which helps maintain workflow continuity during busy periods.