Industrial haulage services in Kenya

Haulage built around plant schedules, not truck availability

Industrial haulage is different from general freight. The cargo is heavy, the volumes are continuous, and the consequence of a missed delivery is not an unhappy customer but an idle production line, a stalled pour or a stockout at a distribution point. The transport plan therefore has to be built backwards from the plant schedule rather than forwards from whatever capacity happens to be free.

FleetGrid Africa starts with your production and offtake calendar. We look at how much material has to arrive per day or per week, the receiving hours at each site, the loading and offloading equipment available, and the realistic cycle time on the route. Only then do we work out how many vehicles are needed and which transport partners should be allocated to hold that capacity.

We coordinate transport through a vetted partner network rather than claiming ownership of a fleet. What we own is the plan, the allocation decisions, the monitoring and the documentation — the parts that determine whether your material actually arrives when your operation needs it.

• Inbound raw materials to cement plants, steel mills, processing plants and factories
• Outbound finished product from plant to distribution points, sites and depots
• Heavy, oversized and project cargo requiring specialised trailers and route planning
• Continuous haulage programmes with committed weekly or monthly tonnage

Equipment types we coordinate

Industrial cargo rarely fits one vehicle type. A single client may need tippers for aggregate inbound, flatbeds for palletised outbound, low-beds for plant relocation and closed bodies for moisture-sensitive product. We coordinate across those categories so one relationship covers the whole requirement.

For heavy and abnormal loads we treat route survey as part of the job, not an afterthought. Bridge capacity, overhead clearance, turning radii at site entrances, escort requirements and permitted travel hours are confirmed before a movement is committed. A load that cannot legally complete the last kilometre was never a viable plan, however good the rate looked.

Where lifting, securing or specialised restraint is needed, requirements are agreed in writing with the transport partner before dispatch so responsibility at each end of the movement is unambiguous.

• Flatbeds, low-beds and extendable trailers for heavy and oversized items
• Tippers and side tippers for aggregates, ore and loose industrial material
• Curtain-siders and closed bodies for weather-sensitive finished product
• Bulk tankers and specialised units where the commodity requires them

Safety, compliance and site discipline

Industrial sites hold contractors to a standard, and transport is no exception. Partners allocated to industrial work are checked for valid insurance, roadworthy vehicles, licensed drivers and, where the client requires it, site-specific inductions and personal protective equipment. Load securing is treated as a compliance item rather than a driver preference.

Axle-load compliance matters just as much here as in bulk work. Planning tonnage against the legal configuration of the allocated vehicle protects the consignment from weighbridge detention and protects your project from unplanned delay.

Every movement carries a documented chain: who was allocated, when the vehicle loaded, the route taken, when it arrived and who signed. That chain is what makes incident review, claims and internal audit straightforward.

Reporting that suits an industrial operation

Plant managers do not want a truck-by-truck phone call. They want to know whether today's tonnage target will be met, which movements are at risk and where the material currently sits. Our reporting is built around that: planned versus delivered tonnage, cycle times per vehicle, on-time performance and exceptions.

Over a continuous programme this data becomes operationally useful. It shows where cycle time is being lost — loading queue, weighbridge, offloading wait or road condition — and it gives both sides an evidence base for improving throughput instead of arguing about it.