Reach Truck vs Forklift: Key Differences, Uses, Costs and Which Is Better

Reach Truck vs Forklift: The Main Difference

A reach truck is itself a specialised type of forklift. What distinguishes it from the conventional counterbalance forklift is the way the machine supports and positions the load.

A counterbalance forklift carries a substantial counterweight at the rear of the chassis to balance the load on the forks. The mast stays at the front of the truck, and the entire vehicle approaches the pallet position.

A reach truck uses supporting load legs and a mast or fork mechanism that allows the load-handling assembly to move forward into the racking. Because the truck does not depend on a large rear counterweight in the same way, its chassis can be considerably more compact for right-angle stacking.

Why Reach Trucks Work Better in Narrow Warehouse Aisles

The strongest argument for a reach truck is warehouse density. Reducing the space allocated to aisles allows more of the same building to be used for pallet locations.

Manufacturer specifications show how compact this can become. Current Linde Ri14–Ri18 reach trucks require roughly 2.71–2.73 m aisle width for right-angle stacking with an 800 × 1,200 mm pallet in the stated configurations. Linde's R20F and R25F four-way reach trucks are listed at approximately 2.82–2.92 m.

Exact aisle width cannot be selected from the truck specification alone. Pallet dimensions, load overhang, fork length, rack clearances, steering geometry, battery compartment, safety allowance and the required operating speed all affect the real warehouse layout.

As another reference, Toyota describes typical reach-truck operation in aisles of roughly 8–10 ft, or about 2.4–3.0 m, whereas conventional sit-down counterbalance forklifts commonly require substantially wider working aisles. These figures are useful planning benchmarks, not universal dimensions for every model or pallet configuration.

Where the reach truck wins: warehouses where reducing aisle width can create additional rack positions and where most pallet movements take place between the floor and high-level storage.

Lift Height: Reach Trucks Have the Clear Advantage

Reach trucks are designed not only to turn in narrow aisles but also to place pallets at considerable height. Current Truck1 stock illustrates the difference clearly: the reach-truck market snapshot extends to roughly 11.3 m lift height, while the general forklift snapshot currently reaches about 6.7 m in the filtered technical data.

Individual reach trucks go higher still depending on market and mast specification. Toyota's current reach-truck range includes configurations capable of lifting beyond 11 m, and the manufacturer describes reach-truck applications extending into the 30–45 ft range, or roughly 9–14 m.

A typical used-market example is the Jungheinrich ETV 214. Current Truck1 offers include configurations lifting to approximately 5.8 m, while another 2020 ETV 214 is listed with a 9.92 m mast. The same model family can therefore cover very different warehouse layouts depending on mast configuration.

Height alone, however, is not enough. Rated capacity normally decreases as lift height, load centre, attachments or reach distance change. Buyers should therefore check the machine's actual capacity plate or residual-capacity chart for the pallet weight and rack height they intend to use.

Counterbalance Forklift vs Reach Truck: Where the Forklift Wins

A counterbalance forklift is normally the more versatile machine. Because its forks project directly from the front of the truck and there are no reach-truck load legs surrounding the pallet position, it can approach loads in environments that are difficult or unsuitable for a warehouse reach truck.

Loading and Unloading Trucks

Counterbalance forklifts are well suited to receiving and dispatch areas, loading docks and ground-level handling. They can pick pallets from trailers, move them across the yard or warehouse and place them into staging areas without depending on racking geometry.

Indoor and Outdoor Movement

Electric counterbalance forklifts are widely used indoors, while diesel and LPG configurations extend the class into outdoor and mixed-use applications. Tyre type, ground clearance and chassis design can also be selected for different surfaces.

Conventional warehouse reach trucks generally have low ground clearance and are optimised for smooth, level floors. Rough ground, potholes, ramps, yard debris and wet outdoor surfaces can undermine both stability and traction.

Heavier Loads

Reach trucks commonly concentrate on pallet loads around 1–2.5 tonnes. Linde's current reach-truck ranges, for example, include models from approximately 1.0 to 2.5 tonnes, while Toyota's reach range covers roughly 1.1–2.0 tonnes in its published configurations.

Counterbalance forklifts cover a much broader capacity spectrum. The current Truck1 forklift inventory contains machines from about 1.4 tonnes to above 15 tonnes within its filtered technical snapshot. A 1.6-tonne electric warehouse forklift and a heavy diesel forklift are therefore members of the same broad category but solve very different problems.

Where the forklift wins: operations where one machine must unload vehicles, cross different surfaces, handle heavier loads or work both inside and outside.

Stand-Up Forklift vs Reach Truck: Are They the Same?

The terms overlap, which is why stand up forklift vs reach truck can be confusing. Many reach trucks use a standing or sideways-standing operator position, but not every stand-up forklift is a reach truck.

The important distinction is the load-handling geometry, not whether the operator sits or stands. A reach truck is designed to extend the load toward the rack while operating with supporting load legs. A stand-up counterbalance forklift can still use conventional counterbalance geometry without a reach mechanism.

For buyers, the correct questions are therefore: Does the machine have a reach mechanism? What aisle width is it designed for? What is its residual capacity at the required lift height? The operator position alone does not answer those questions.

Which Machine Fits Each Material Flow?

This last point is important. Reach truck vs forklift is not always a binary decision. Timber, steel, pipe and other long loads, for example, may be handled more efficiently by four-way reach trucks or side-loading equipment from the wider material handling equipment market.

Real Model Examples: Similar Capacities, Different Jobs

Jungheinrich ETV 214 Reach Truck

The Jungheinrich ETV 214 is a useful example of a mainstream warehouse reach truck. Current Truck1 stock includes 1.4-tonne versions with lift heights ranging from around 5.8 m to almost 10 m depending on mast specification. That combination makes the ETV 214 relevant to high-density pallet racking rather than general yard work.

Still FM-X Reach Trucks

Still FM-X models show the same warehouse specialisation. Current Truck1 examples include an FM-X17 with 1.7-tonne nominal capacity and 8.0 m lift height, as well as FM-X14 units reaching approximately 7.7–8.9 m.

Still RX20 Counterbalance Forklift

The Still RX20 provides a useful counterbalance comparison because similar load capacities are available in a very different layout. Used RX20 variants in current Truck1 stock commonly carry around 1.4–2.0 tonnes, with examples lifting between roughly 3.4 and 6.1 m.

A 1.6-tonne RX20 and a 1.6-tonne reach truck may therefore have the same nominal capacity but should not be treated as substitutes. The reach truck is optimised for accessing high rack positions in restricted aisles; the RX20 offers the conventional counterbalance layout needed for more general transport and loading tasks.

Reach Truck vs Forklift Costs: Purchase Price Is Only Part of the Decision

The cost comparison should begin with warehouse productivity rather than purchase price alone. A reach truck may allow a business to reduce aisle width and increase rack density, which can make the building itself more productive. A cheaper counterbalance forklift can become the more expensive choice if wider aisles reduce the number of pallet positions available.

The opposite can also be true. Buying a reach truck for an operation that spends most of its time unloading trailers, crossing a yard and moving pallets at low height adds specialisation without delivering much benefit.

Important ownership costs include:

• Battery: most reach trucks are electric, so battery age, chemistry, remaining capacity and charger compatibility matter strongly in the used market.
• Tyres and wheels: reach trucks use warehouse-specific wheels and require good floor conditions; counterbalance tyre costs vary significantly with pneumatic, solid or cushion designs and machine capacity.
• Mast and reach mechanism: high-lift masts, rollers, chains, bearings and the reach carriage need inspection on used reach trucks.
• Hydraulics: check cylinders, hoses, sideshift and any fork-positioning equipment on both truck types.
• Energy: electric counterbalance and reach trucks can share some charging infrastructure, but voltage, connector, battery chemistry and charger requirements must be checked individually.
• Warehouse space: this is the hidden cost that can dominate the comparison. A few hundred millimetres of aisle width multiplied across a large warehouse can materially affect storage capacity.

For this reason, comparing purchase prices without modelling aisle layout and pallet throughput can lead to the wrong decision.

What to Check When Buying Used

The inspection priorities also differ slightly between the two classes.

Used Reach Truck

• Confirm the mast reaches the required rack height and check residual capacity at that height.
• Inspect mast channels, rollers, chains and hoses throughout the full lift cycle.
• Run the reach mechanism repeatedly and look for excessive play, uneven motion or hydraulic leakage.
• Inspect load legs, load wheels and drive wheel for impact damage and abnormal wear.
• Check battery condition, charger compatibility and recorded operating hours.
• Test steering and braking in both travel directions.
• Inspect fork carriage, sideshift and height-positioning systems where fitted.

Used Counterbalance Forklift

• Check mast, chains, carriage and fork wear.
• Inspect tyres for uneven or excessive wear and confirm they suit the intended surface.
• Check steering axle, brakes and counterweight mounting.
• For electric machines, assess battery condition and charger compatibility.
• For diesel or LPG machines, inspect the engine, cooling system, fuel system and emissions equipment applicable to the model.
• Test the truck under load rather than judging hydraulic and drivetrain performance while empty.

For either type, the rated capacity shown in the model name should not be assumed to apply at every lift height and load centre. Use the truck's capacity plate and manufacturer load chart for the actual configuration.

Which Is Better: Reach Truck or Forklift?

Choose a reach truck when the main objective is to maximise pallet storage in a smooth-floor warehouse with narrow aisles and high racking. This is where its compact chassis, reach mechanism and high-lift mast produce the clearest operational advantage.

Choose a counterbalance forklift when the truck must perform a wider mix of work: unloading vehicles, moving pallets through loading areas, operating outside, handling heavier loads or switching repeatedly between warehouse and yard.

Use both when the facility has significant receiving and dispatch activity alongside high-density racking. A counterbalance forklift can unload and stage pallets at the dock, while reach trucks move them into high-level storage. In a large distribution centre, that division of labour is often more efficient than trying to make one truck perform every task.

FAQ: Forklift vs Reach Truck