The Lift&Drive DC09 42U is a compact, high-performance server lifter designed specifically for safe and efficient operation in tightly configured data centre environments. Its space-saving design and excellent manoeuvrability make it ideal for working within narrow aisles, confined technical areas, and high-density server racks where precision handling is essential.
Despite its compact footprint, the DC09 42U delivers an impressive lifting range, offering one of the market’s lowest reach capabilities down to just 1U, while still achieving a maximum lifting height of 42U. This wide operational range ensures versatility across a broad spectrum of server installation, maintenance, and removal tasks.
The trolley’s extremely low deadweight, combined with four swivelling wheels, makes it exceptionally light and easy to operate. Low rolling resistance further enhances manoeuvrability, while electric lifting power ensures smooth, controlled, and ergonomic handling of server equipment. The result is a safe and efficient lifting solution that reduces operator strain and improves productivity in demanding IT environments.
For added safety and control, the rear wheels are fitted with an easy-access central brake system that also includes a directional lock, allowing operators to stabilise and precisely position the unit during use.
A key feature of the DC09 42U is the PRX control system with Ergoswap technology. This includes a removable battery that can be safely recharged outside the data hall, helping to minimise overheating risks, improve operational safety, and support compliance with site regulations and best practices for controlled environments.
The Lift&Drive DC09 42U provides a reliable, ergonomic, and highly manoeuvrable solution for modern data centres where efficiency, safety, and uptime are critical.
Benefits
Suitable for lifting
Technical data
Max Load Capacity – 90 kg
Max Lift Speed – 132 mm/s
Min Weight – 65 kg
Height – 2376 mm
Length – 816 mm
Width – 550 mm
Documents
Data Centre Brochure
Technical Data
Customer Case Euclyde Datacentre