Nexus uses LOBO system for overnight maintenance

Nexus implemented a modular access solution to address time-critical maintenance requirements across its transport network. Operating metro, bus, and ferry services, Nexus must maintain infrastructure while ensuring minimal disruption to passenger operations.

A key challenge involves completing maintenance tasks within fixed overnight closure periods. Work must be executed, access equipment dismantled, and stations cleared before reopening. Delays directly affect service reliability and operational performance.

Maintenance of elevated assets, such as lighting systems positioned above escalators, requires safe and efficient access solutions that can be deployed and removed within strict timeframes.

Limitations of traditional access methods
Conventional approaches, including outsourced scaffolding and fixed platforms, introduce operational constraints. These methods often depend on external contractors, leading to scheduling limitations, installation delays, and reduced flexibility.

In environments with immovable deadlines, such dependencies increase the risk of overruns and limit the ability of maintenance teams to respond quickly to changing requirements.

Modular access system deployment
To address these challenges, Nexus deployed the LOBO modular access system, developed by LOBO Systems. The system enables tool-free assembly of enclosed working platforms, allowing maintenance teams to configure safe access structures directly on site.

Deployment included manufacturer-certified training delivered by LOBO’s technical team. This combined system instruction with a configuration tailored to the escalator maintenance task, ensuring that Nexus personnel could independently assemble and adapt the platform.

The system was used to access lighting infrastructure positioned above escalators, with assembly, maintenance execution, and dismantling all completed within the scheduled overnight closure window.

Technical characteristics and operational benefits
The modular platform system supports flexible configurations, allowing it to be adapted for different maintenance scenarios. Its design enables rapid assembly and disassembly without specialised tools, reducing setup time and improving operational efficiency.

By enabling internal deployment, the system eliminates reliance on third-party contractors and provides greater control over maintenance scheduling. This approach supports predictable execution within fixed time constraints.

From an operational perspective, the solution contributes to:

Results and long-term impact
The maintenance task was completed within the allocated closure period, with the station fully operational for the following day. Beyond the immediate project, Nexus has established in-house capability to deploy and reconfigure access systems for future maintenance activities.

This reduces dependency on external services and supports more consistent planning of maintenance operations.

Industry context and outlook
The deployment reflects a broader trend within transport and infrastructure sectors toward internally controlled access solutions. Organisations are increasingly prioritising flexibility, rapid deployment, and cost predictability in maintenance strategies.

Modular access systems provide a scalable approach aligned with these requirements, particularly in environments governed by strict operational schedules.

By adopting this model, Nexus enhances its ability to maintain infrastructure efficiently while ensuring service continuity and adherence to safety standards.

Edited by an industrial journalist, Lekshman Ramdas, with AI assistance.

www.lobosystems.com