MCS expands construction plant telematics connections

MCS Rental Software has expanded its Telematics Hub by 23 integrations to support 39 equipment data providers, enabling more information from mixed construction plant fleets to be viewed within a rental management system. The additions include Caterpillar, Manitou, Mecalac, Niftylift, Wacker Neuson, Skyjack, Genie, Jekko, AUSA and Generac Mobile, spanning earthmoving equipment, lifting and access machinery, and temporary power assets.

A hire fleet can include excavators, telehandlers, mobile elevating work platforms, cranes, forklifts, generators and lighting towers, with operating data spread between several manufacturer portals. Connected equipment may report location, engine hours or fault events through its associated service, but those records can be difficult to relate to current hire agreements when retrieved separately. Bringing supported feeds into the same rental system allows depot and maintenance teams to examine machine activity alongside the asset’s commercial and service history.

The hub connects external telematics services to MCS’s existing asset records, with the additional providers widening the range of equipment it can cover. Available data is not identical across all 39 integrations: machines differ in the sensors they carry, and manufacturers expose different fields through their connected platforms. The integration count therefore establishes connectivity options rather than an assurance that every supported machine can supply the same utilisation, diagnostic or emissions measurements.

Reliable association between the incoming data and a particular asset depends on identifying the machine correctly, especially when a rental company owns several units of the same model. MCS uses telematics serial numbers to help match incoming records with individual rental assets. Once linked, an alert can be examined alongside the relevant hire period and previous service activity, reducing the risk that a workshop investigates the wrong unit or interprets an isolated warning without its operating context.

Comparing machine utilisation with its hire agreement requires an understanding of the measurement supplied by its telematics service, particularly when operating hours are used as evidence of activity. An increase in engine hours may indicate that equipment has operated during a period when the hire record suggests it should have been idle. That observation can prompt a review of usage or maintenance requirements, but engine hours do not necessarily measure productive work, and electric equipment may provide a different form of activity record.

When a compatible machine transmits a diagnostic event, the rental business may be able to investigate the reported condition before dispatching a technician. Fault codes can help a workshop identify likely tools or replacement parts and coordinate a visit with the site, potentially reducing an unnecessary journey. A warning still requires interpretation, however, and the absence of an alert cannot be taken as proof that the machine is mechanically sound or safe to operate.

Those limits become more consequential when construction equipment is deployed remotely from its depot, because a failed generator or unavailable telehandler can interfere with planned site operations. Access to diagnostic and location information can help maintenance and transport teams decide how to respond, provided the relevant machine reports the data and communication remains available. It cannot guarantee that faults will be predicted or that a site repair can be completed without a physical inspection.

MCS has also introduced a connection based on Model Context Protocol, allowing compatible AI applications to query selected equipment data through ordinary language. A user might request utilisation information for a defined group of machines without constructing a report manually, subject to system access and availability of the underlying records. The protocol provides a route for software to retrieve information; it cannot create a physical measurement that the machine’s telematics service has never supplied.

Because the new interface can retrieve data from different machines, meaningful utilisation comparisons depend on consistent reporting periods and definitions of activity. Engine hours measured during a hire may yield a different result from movement time or days allocated to a customer, and some records can arrive late if a device has poor connectivity on site. Those differences must be visible when the information is used for fleet decisions, particularly where several manufacturers’ records are combined in one report.

The expanded data connections are also intended to support fuel and carbon dioxide reporting, with MCS planning an extension to its customer portal so rental customers can access that information. The portal functionality remains a stated development rather than a confirmed universal service across all 39 providers. The information available will still depend on the fields provided by each machine and the way those records are processed by the software.

Some connected equipment reports fuel consumption directly, whereas other machines may supply operating hours without measured fuel use. Emissions calculated from fuel data require an appropriate conversion factor for the fuel concerned; a calculation based solely on engine hours introduces further uncertainty because consumption varies with loading and duty cycle. Combining records from different equipment therefore requires the reporting method and data gaps to be made clear, rather than implying that every figure has been measured in the same way.

Fleet and workshop teams can subsequently use the information when planning servicing, collections and allocation of equipment for the next hire. A recorded increase in operating hours may influence the timing of a service, while location data can help plan a collection route, although customer access and the machine’s actual condition still govern the work required. Staff can then use the recorded machine activity alongside the hire contract and service history, rather than having to reconcile a separate report before arranging the next job.

The expanded connections will bring more records from mixed fleets into rental operations, although each machine’s available functions remain dependent on its manufacturer and data service. MCS has not given a confirmed rollout date for extending fuel and emissions information to the customer portal.