Dynamic Air Lite Electronically Height Adjustable Back to Back Desk Rectangular T-Foot 1,600 (W) x 800 (D) x 1,140 (H) mm MFC (Melamine Faced Chipboard)

Flexible sit–stand stations that support posture variation

Electronically height adjustable for effortless transition between seated and standing positions, the Air Lite back to back desk enables posture variation throughout the working day. This electric adjustment promotes movement and can reduce prolonged static postures in shared work settings. The T-foot base contributes to a steady platform during height changes, keeping screens and accessories stable.

Hard‑wearing melamine surface with a professional white finish

The top is made from MFC (melamine‑faced chipboard), chosen for everyday durability and straightforward maintenance. The white finish gives a crisp, uncluttered appearance that complements neutral and wood‑tone schemes alike. The board surface sets a practical stage for work tools while maintaining a clean visual that supports focussed zones.

Compact dimensions for efficient space planning

Dimensions: 1600 × 800 × 1140 mm (W × D × H). Weight: 40.2 kg. The rectangular footprint fits standard office grids and bench layouts, making the desk straightforward to position in clusters or back‑to‑back runs. The specified depth balances workspace for a monitor and peripherals with circulation space in busy offices.

Stable metal frame and self‑assembly convenience

A metal frame provides the structural backbone, with the T‑foot configuration offering lateral stability for twin workstations. Self‑assembly format allows rapid on‑site installation without specialised tools. Model HA03983 is supplied for assembly and integrates with commercial furniture runs where consistent frame finishes are required.

Configured for collaborative and hot‑desking schemes

Designed as a back to back desk, this workstation is suited to open‑plan offices, co‑working spaces and education settings where space efficiency and clear division of individual zones matter. The non‑stackable design and robust construction make it appropriate for fixed clusters and flexible desk booking systems, supporting operational layouts that prioritise team interaction and shared resources.