Material handling is where construction projects gain or lose hours. Every pallet of block, bundle of lumber, and load of drywall moves through a machine, and the companies that build those machines are consolidating at a pace the industry has not seen in decades. Two of the largest lift truck brands in North America are integrating into a single operating company while keeping their separate brand identities, a structure that changes how fleets are sold, serviced, and replaced.
Specialized lifts handle the awkward jobs a forklift cannot. A compact material lift moves sheet goods and heavy components through tight residential and commercial sites, and the MULE 135 material lift shows how one machine transforms heavy material handling on construction sites. The fleet behind that machine, however, is being reorganized at the corporate level, and buyers need to understand what that means for parts, service, and resale.
Why Lift Truck Manufacturers Consolidate
Consolidation in material handling follows a familiar logic: combined scale funds product development, shared plants cut unit costs, and one service organization covers a wider territory. The integration underway in North America joins two brands that together account for roughly one in three forklifts sold in the region. That market share makes the combined company a reference point for pricing and service expectations across the industry.
The stated goals of the merger are instructive for buyers: preserve each brand’s identity in the marketplace, protect customer relationships, and combine the best people, processes, and products into one organization. The plan explicitly rules out layoffs and promises continued investment in the workforce, which matters because service quality depends on trained technicians, not just machines.
What the numbers show
Market share
One in three forklifts sold in North America carries one of the two merged brands. For a fleet buyer, that density means parts availability and dealer coverage are likely to improve as the organizations combine.
Manufacturing base
The combined company builds products at four main assembly plants and is adding a fifth facility dedicated to electric products, so the consolidation is paired with real capacity expansion.
The timeline matters to buyers. The integration was announced in January with an effective date of April 1, roughly two decades after the initial acquisition first brought the two brands under common ownership. Long integration timelines are normal in this industry, and fleet managers should treat the transition period as a planning window for parts, service contracts, and operator training.
Scale also funds automation. Essential insights on automated material management and handling in construction projects show where that investment lands on site, from guided vehicles to inventory tracking that feeds the fleet schedule.
How Manufacturing Capacity Shapes the Market
Where lift trucks are built determines how long buyers wait for them. The merged manufacturer operates four main plants in the United States, covering counterbalanced trucks, warehouse equipment, and heavy-duty units, and it broke ground on a new 295,000-square-foot factory dedicated to electric products with an opening planned in 2026. A separate $50 million investment in building, infrastructure, and equipment is upgrading two existing plants, which shortens lead times for the most popular models.
Capacity investment of this scale changes the supply picture in three ways: order lead times drop, model availability widens, and the company can absorb demand spikes that used to push buyers toward smaller suppliers.
Distribution is the last mile of capacity. Finished trucks move through regional dealer networks before they reach a jobsite, and the merged structure consolidates those networks into fewer, better-stocked locations. For buyers, that means a wider selection of models and attachments in the showroom, even when the factory order book is full.
Site logistics depend on more than the trucks themselves. Poly bags for material handling and storage keep fasteners, fittings, and components organized between the receiving dock and the work face, and knowing how construction and industrial projects use them shows the small-item side of a system that is easy to overlook when the big machines get the attention.
The Shift to Electric Lift Trucks
Electrification is the biggest product shift in lift trucks in decades. The dedicated electric factory is a bet that battery-powered trucks will dominate new sales, and the economics support it: electric trucks have lower energy costs per hour, fewer moving parts, no engine oil or filters to change, and zero exhaust, which makes them the default choice for indoor and covered applications.
Operator experience changes with the platform. Electric trucks accelerate smoothly, run quietly, and produce no fumes, which improves the working environment in warehouses and covered docks. Telematics packages that track battery state, operator behavior, and impact events are standard on many electric models, and the data they collect feeds maintenance scheduling and training decisions.
Total cost of ownership compared
Purchase price and incentives
Electric trucks typically cost more at the register than comparable internal-combustion models, but incentives and falling battery prices narrow the gap. The five-year total cost picture usually favors electric once energy and maintenance are included.
Energy and maintenance
Charging infrastructure is the main new cost. A site that plans charging bays, battery rooms, or fast-charge stations locks in the savings, while a site that ignores infrastructure buys electric trucks and still pays combustion-era operating costs.
Lift trucks never work alone. Cranes, hoists, conveyors, and logistics systems make up the material handling and conveying equipment that moves a project, and electrification is reshaping that mix category by category as each machine type finds its battery-powered form.
What Fleet Buyers Should Evaluate When Suppliers Merge
A merger at the factory level does not automatically improve life at the jobsite. Buyers should verify how the combined organization serves them before signing a lease or order. The checklist below covers the questions that matter most.
| Check | Why it matters | What to ask |
|---|---|---|
| Parts availability | Downtime is the most expensive failure mode | Which parts numbers merge, and which stay brand-specific? |
| Service network | Technician coverage determines response time | Does one dealer now serve both brands in my territory? |
| Brand continuity | Operator training and habits carry over | Will controls, options, and model names stay the same? |
| Warranty portability | Existing units keep their coverage | Who honors warranties sold before the merger? |
| Technology roadmap | Future upgrades depend on platform choices | Which models get telematics and electric updates first? |
| Resale value | Fleet value feeds the replacement cycle | How will the unified brand affect used prices? |
Dealer communication is the cheapest insurance during a transition. Ask for written confirmation of how the merger changes your service agreements, then re-verify the details at renewal time. Contract language matters: a merged company may reassign territories or consolidate branch locations, and the dealer you negotiated with in January may not be the one servicing you in July.
Keep the fleet decision in context. Forklifts are one category within the wider family of material handling equipment in construction, from cranes to forklifts and conveyor systems, and a merger at a single supplier changes only part of the logistics picture.
Matching Equipment to Site Logistics
The right machine depends on the material, the aisle, and the terrain. Narrow racking calls for reach trucks, rough ground calls for pneumatic-tire forklifts, and multi-story work calls for hoists. Fleet planning should match each class of machine to the tasks that dominate the schedule rather than buying one universal model.
Class-to-task matching follows a few rules of thumb:
- Reach trucks for narrow aisles and racked storage
- Counterbalanced forklifts for dock work and palletized loads
- Rough-terrain forklifts for mud, gravel, and undeveloped sites
- Telehandlers for lifting to height on framing and steel jobs
- Hoists and conveyors for vertical and continuous movement
Dealer support is part of the match. A dealer that stocks parts locally, trains operators, and services both brands under the merged structure is worth more than a slightly lower price from a distant supplier.
Site logistics work as a system. A well-run project coordinates every lifting and moving asset, and the full range of cranes, hoists, and conveyor systems deserves the same scheduling attention as the forklift fleet, because a bottleneck at any link slows the whole chain.
Building a Fleet Strategy That Survives Market Changes
Fleet strategy is a rolling decision, not a one-time purchase. Track total cost per hour for every unit, plan the electric transition in phases, and keep records that survive personnel changes. Standardizing on one supplier family simplifies parts and training, while diversifying hedges against any single vendor’s disruption.
Lease versus purchase is a separate decision that interacts with consolidation. Leases shift the risk of technology change to the lessor, which is attractive when electric platforms are still settling, while purchases lock in today’s price and depreciate against the unified brand’s resale market. Either way, the contract should name the warranty holder and the service provider in writing.
Long-lived decisions deserve a broad reference. A practical reference on cranes and material handling equipment for construction professionals ties fleet purchases to the project pipeline, so the machines in the yard match the work on the schedule.