The question of which truck to buy a reach truck or a counterbalance forklift comes up in almost every new warehouse setup and in many existing operations when racking is being replaced or extended. Both machines move pallets. Both are powered by electricity in most modern Indian warehouses. But they are built for different jobs, and putting the wrong machine in a layout wastes money in ways that are not obvious until the layout is running.

This guide explains how the two trucks differ, what each one is genuinely suited for, and the four questions that usually settle the choice before a supplier is even contacted.

How each machine works

Understanding the physical design of each truck clarifies almost everything else.

The counterbalance forklift

A counterbalance forklift carries the load on forks that extend in front of the truck’s front wheels. The weight at the rear of the machine the counterweight balances the load out front. Because the load hangs outside the machine’s wheelbase, the truck needs a wider turning radius to lift, stack and turn in an aisle. It has no outrigger legs, nothing projects in front of the truck except the forks themselves.

This simple, open design is what makes a counterbalance forklift so versatile. It can work on loading docks, in factory yards, on uneven ground, in high-humidity or open environments, and it can carry very heavy loads capacity from 1 tonne to 10 tonnes depending on the model. It is the machine most people picture when they hear the word “forklift”. You can see how the full range is configured in Reliable’s electric forklift range.

The reach truck

A reach truck carries the load within its wheelbase when travelling the mast and forks extend forward into the racking to place or retrieve a pallet, then retract back over the machine’s footprint. Two outrigger legs project forward from the base, straddling the rack’s floor beams. Because the load is brought back over the wheelbase, the machine is stable with a much shorter turning footprint than a counterbalance truck of similar capacity.

The extending mast or pantograph mechanism also allows the forks to reach deep into a racking bay without the whole truck moving forward. This means the truck can stack and retrieve pallets in an aisle that is several hundred millimetres narrower than what a counterbalance truck needs. Reach trucks are electric, designed exclusively for flat, smooth indoor floors, and most models lift to 10–12 m well above the practical ceiling for a counterbalance truck.

The four questions that decide it

1. What width are your aisles or what width will they be?

This single measurement resolves the comparison for most operations.

A counterbalance forklift typically needs an aisle width of about 3.5–4.2 m for standard 1200 × 1000 mm pallets (depending on the model and pallet entry direction). This is the right-angle stacking aisle (Ast), shown on the truck’s datasheet the minimum aisle in which the truck can turn 90° and rack a pallet.

A reach truck typically needs an aisle width of about 2.7–3.1 m for the same pallets. The difference, roughly 500–700 mm per aisle, multiplies across every aisle in the building.

Take a layout with 10 aisles, each 50 m long. Switching from counterbalance to reach truck saves roughly 250–350 sq m of floor space space that becomes additional rack runs instead of extra aisle width. For a warehouse in Mumbai, Bhiwandi or Pune where rent runs at ₹30–60/sq ft per month, that is a meaningful saving over a lease term.

If your aisles are already set and narrower than about 3.5 m, a counterbalance forklift physically cannot operate safely in them, and the reach truck is the answer regardless of any other factor.

Figures are typical published ranges for 1200 × 1000 mm pallets. Confirm the Ast figure on the specific model’s datasheet for your actual pallet size.

2. How high do you need to lift and what is the load weight at that height?

Counterbalance forklifts are strong at lower to mid heights. Most models lift to 3–6 m with full capacity. As height increases and the mast extends, the safe load capacity reduces. Practical maximum lift for most counterbalance models in racked warehouses is around 5–7 m.

Reach trucks are designed specifically for tall racking. Most models lift to 10–12 m, and some specialist models exceed this. The load chart at height matters here: a reach truck with a 1.6-tonne rated capacity may have a lower safe capacity at 10 m than at ground level always check the load chart at the actual height of the top beam level with your actual pallet weight.

If your top beam level is above 6 m, a reach truck is almost always the correct choice. Counterbalance forklifts are rarely the right tool for upper-level pallet handling above this height.

3. Does the truck need to work outdoors or at a loading dock?

Counterbalance forklifts are built for mixed environments. They unload lorries at loading bays, cross the yard to a separate storage building, work on slightly uneven ground between sections, and move between indoor and outdoor operations routinely. This versatility is their main advantage over a reach truck in mixed-use operations.

Reach trucks are exclusively indoor machines. They need smooth, flat, level floors. Any slope or surface irregularity at height can affect stability. A reach truck cannot work on a loading dock ramp, in an open yard, or on an outdoor storage area. If the same machine needs to do dock work and internal racking, it cannot be a reach truck.

Many warehouses solve this by using both: a counterbalance forklift handles dock and yard work, transferring pallets to a staging area, while a reach truck handles all internal racking. This combination gives the best of both dock access capability plus maximum racking density inside.

4. What is the throughput, and how does that affect the floor and battery?

Reach trucks are efficient in racking aisles because they were designed for exactly that task reaching into rack bays without unnecessary truck movement. But high-throughput operations that move large numbers of pallets across long distances inside the building put more demand on the battery than a tightly racked, low-travel layout.

Battery type matters here. Most modern electric forklifts and reach trucks use either lead-acid or lithium-ion batteries. Lithium-ion charges faster, maintains consistent power across the charge cycle, and does not require the scheduled cool-down period that lead-acid batteries need. For operations running two or more shifts, lithium-ion reduces the downtime associated with battery changes.

For reach trucks at height, floor flatness also becomes a more significant factor as the height increases. At 10–12 m, even minor floor irregularities can cause perceptible mast sway. This is rarely a problem in a new, well-laid concrete slab, but it is worth checking in older buildings where the floor has cracked or settled unevenly.

A side-by-side comparison

Figures are typical indicative ranges. Confirm against the specific model’s datasheet for your application.

When to use one, the other, or both

Use a reach truck when:

• Your warehouse is dedicated to indoor racking with aisles of about 3.1 m or less

• Racking goes above 6 m

• Storage density is the priority and every aisle metre counts

• The floor is smooth and level throughout the operating area

• All pallet movements are internal no dock ramps, no yard work

Use a counterbalance forklift when:

• The same machine handles loading bay, yard and internal storage work

• Your racking is at low-to-mid height (below 5–6 m)

• Loads are very heavy above 2–2.5 tonnes for which reach truck capacity may be insufficient

• The floor is variable in quality or partially outdoor

• You are a smaller operation that cannot justify two machine types

Use both when:

• The layout includes a loading bay and dock plus internal high-bay racking

• Throughput is high enough that dock and internal work cannot be efficiently combined on one machine

• The combined cost of two machines is justified by the storage density gain from narrower aisles

For a racked warehouse from scratch, planning both the racking layout and the truck together from day one is the right approach; the aisle width, beam heights and floor specification should all be decided as one project. The warehouse aisle width guide covers exactly this calculation in detail.

What to ask a supplier before buying

Whatever machine type you decide on, confirm these specifics with any supplier before ordering:

• Ast (right-angle stacking aisle) for your actual pallet size not the standard reference pallet. If your pallets are 1200 × 1000 mm entered on the 1000 mm face, ask for the Ast calculated for that configuration.

• Residual capacity at your top beam height the load chart, not the headline capacity figure. The safe load at 10 m may be significantly less than the rated capacity.

• Mast height when travelling the mast extended height must clear doorways, mezzanine edges and any overhead infrastructure.

• Battery type and shift life how many hours on a full charge under your expected load and travel pattern? Is an opportunity-charging approach practical with this battery type?

• Floor and maintenance requirements what floor flatness standard does this model need at its maximum lift height?

• Spares and service availability where is the nearest service centre, and what is the typical response time for a breakdown?

Reliable Storage Systems supplies both reach trucks and counterbalance forklifts and can help plan which combination suits your racking layout and operational pattern. See the full electric reach truck range for models, specifications and lift heights if a reach truck looks like the right fit.

Frequently asked questions

Can a counterbalance forklift work in a reach truck aisle?

No. A 2.7–3.1 m reach truck aisle does not provide enough turning room for a standard counterbalance forklift. Attempting to use a counterbalance truck in an aisle sized for a reach truck will result in either inability to complete the turn or contact with the racking, which is a safety risk.

Is a reach truck always more expensive than a counterbalance forklift?

Not necessarily. At equivalent capacity, entry-level models of both types are broadly comparable in price in India. The total cost difference comes out in operational savings narrower aisles from a reach truck layout may allow significantly more pallet positions in the same building footprint, which outweighs any purchase price premium over a lease term.

Can a reach truck replace a forklift completely?

For a purely indoor, flat-floor, racking-only operation, yes. For any operation that includes a loading dock, a yard, or movement between buildings, no a reach truck cannot handle those tasks, and a counterbalance forklift or separate dock equipment is needed alongside it.

What operator licence is required for a reach truck in India?

India does not yet have a single national mandatory certification for forklift or reach truck operators, but responsible operators ensure their staff are trained through a recognised forklift operator training programme. Many larger organisations follow international standards (such as ISO 3691 or employer-led competence assessments) as a matter of policy. Operator training is a safety requirement regardless of formal certification status.

What is a double-deep reach truck?

A standard reach truck places one pallet at a time in each rack position. A double-deep reach truck has extending telescopic forks that can reach a second pallet deep into the racking, placing two pallets one behind the other in a deeper rack bay. This increases storage density but means only the front pallet is directly accessible at any time. It requires the matching double-deep pallet racking to be specified alongside the truck.

Planning your MHE and racking together?

The rack layout and the truck should be specified as one project, not separately. The aisle width, beam heights, floor specification and handling throughput all interlock changing one changes the others. Reliable Storage Systems supplies both the racking systems and the material handling equipment to work with them, so the whole layout can be designed as a single coordinated system.

Share your warehouse requirements →