What Each Machine Actually Does
A counterbalance forklift carries its load in front of the mast and uses its own rear-mounted counterweight to prevent tipping. It needs no outriggers, which means it can drive straight onto a load, pick it up, and reverse out in one clean motion. That simplicity makes it fast in open spaces, versatile outdoors on firm ground, and capable of loading trucks directly from the dock. Typical lift heights run from 3 m up to around 7 m depending on mast configuration, and rated capacities range from 1.5 t to 5 t in warehouse-scale models.
A reach truck carries its load between two stabilising outrigger legs that sit on the floor in front of the rear wheels. The forks — or the entire mast — extend (reach) forward to enter a pallet rack, then retract with the load pulled back over the outriggers before travel. This keeps the machine's centre of gravity compact, allowing much narrower working aisles. Reach trucks are designed exclusively for flat, sealed indoor floors and are not rated for outdoor or uneven surface use. Lift heights of 8 m to 12 m are common, and some high-reach models exceed that.
The Aisle Width and Rack Height Tradeoffs
Aisle width is the sharpest dividing line between the two machines. A counterbalance forklift typically requires a working aisle of 3.5 m to 4.5 m to turn into a standard-depth racking bay — the exact figure depends on the machine's load centre, turning radius, and pallet size, so always check the manufacturer's aisle requirement data for the specific model you are evaluating. A reach truck of comparable capacity works in an aisle of 2.3 m to 2.7 m. In a warehouse with, say, 10 aisles at 30 m long, compressing each aisle from 4 m to 2.5 m recovers roughly 450 m² of usable floor area — space that can become additional racking rows, a staging lane, or simply safer pedestrian clearance.
Rack height shifts the calculation the other way. Most three-stage (triplex) mast counterbalance forklifts reach a maximum lift height of around 6.5 m to 7 m with free lift. If your top beam is at 8 m or above — which is common in modern warehouses built to maximise cubic storage — a counterbalance machine physically cannot do the job. A reach truck rated to 10 m or 12 m lift can. If your racking is only four or five levels high and your top beam sits at 5.5 m or below, a counterbalance machine reaches it comfortably and the aisle-width advantage of a reach truck may not justify the premium.
A Simple Decision Check
- Measure your narrowest working aisle as it actually exists — not the designed width, but the usable width after column guards and floor markings. If it is consistently below 3.2 m, a counterbalance machine will not work safely or efficiently.
- Confirm your top beam height. If it exceeds 6.5 m, a standard counterbalance forklift is ruled out before any other factor is considered.
- Check your floor. Reach trucks require a flat, sealed, well-maintained internal floor. Significant surface cracks, joints, or external use mean a counterbalance machine only.
- Check your load. Reach trucks are typically rated at 1.0 t to 2.5 t capacity. If you are moving loads heavier than 2.5 t, verify the specific model's rated capacity at the lift height you need — not just the nameplate figure, which is usually measured at a low lift height and minimal load centre.
- Assess dock-levelling and loading. Reach trucks cannot drive onto a trailer or over a significant ramp. If your operation includes loading or unloading trucks directly, you need a counterbalance machine for that task — or two machine types in the fleet.
Used Pricing Differences and What Drives Them
Used counterbalance forklifts — particularly LPG (liquefied petroleum gas) and diesel models from high-volume manufacturers — are available in large numbers across most markets, which keeps pricing competitive and parts supply straightforward. A used 2.5 t LPG counterbalance machine with 4,000–6,000 hours from a mainstream brand typically trades in a broad market range depending on age, mast configuration, and service history. Electric counterbalance models carry a battery condition variable that significantly affects real value; a machine with a degraded or end-of-life battery needs that cost factored into the purchase price immediately.
Used reach trucks attract a meaningful price premium over comparable-capacity counterbalance machines for two reasons: they are electric-only (no LPG or diesel equivalent exists at warehouse scale), and the pool of available used units is smaller because they are bought by fewer operation types. That narrower supply means condition and hours matter more in pricing reach trucks — a well-serviced 5,000-hour reach truck from a reputable brand can still command a price close to a rougher 3,000-hour unit because buyers have fewer alternatives. Mast height is a strong price driver: a machine rated to 10 m lift will typically price above an otherwise identical 8 m model because the market for high-reach capacity is tighter.
For both machine types, check the hour meter against the service record, not just against the number. A reach truck used in a single-shift cold-store operation for 5,000 hours may be in better mechanical condition than a 3,500-hour machine that ran double shifts in a dusty environment with deferred maintenance. Request the last hydraulic service date, fork inspection records, and — for electric machines — battery cycle count or a recent capacity test result.
Where EasiMachines Helps and Where It Does Not
EasiMachines lists both reach trucks and counterbalance forklifts from dealers and private sellers across its marketplace. The search and filter tools let you narrow by machine type, capacity, lift height, mast configuration, and hours — which maps directly to the decision checks above. If you have measured your aisle width and top beam height before you start searching, you can filter to machines that fit your physical constraints rather than browsing the full pool and post-filtering mentally.
The automated valuation tool on EasiMachines gives a directional estimate of market pricing based on machine type, age, and hours. Treat this as a reference band, not a certified appraisal. It helps you identify when an asking price is significantly above the general market range or suspiciously below it, both of which warrant closer scrutiny. It does not account for battery condition on electric machines, mast-specific configuration premiums, or local demand variations — all of which affect real transaction prices. For a high-value reach truck purchase, an independent pre-purchase inspection by a qualified forklift engineer remains the reliable route to a confident decision; EasiMachines does not currently offer a verified inspection service.
Frequently asked questions
Can I use a reach truck for both racking work and loading lorries or containers?
Not reliably. Reach trucks are designed for flat, sealed indoor floors and cannot safely drive onto trailer beds or negotiate dock ramps. If your operation includes direct vehicle loading, you need a counterbalance forklift for that task. Many warehouses run both machine types — reach trucks for the racking aisles, a counterbalance for the dock — which is a legitimate fleet solution if the volumes justify it.
My warehouse has 3 m aisles. Is that narrow enough to need a reach truck?
At 3 m, a counterbalance machine will struggle significantly with standard-depth racking and a 1,200 mm × 1,000 mm pallet. Most counterbalance models need 3.5 m or more to complete the turning arc cleanly. A reach truck with a working aisle requirement of 2.5 m would be comfortable at 3 m. Check the exact Ast (aisle stacking travel distance) figure from the manufacturer's data sheet for the specific model you are considering — this number is specific to each machine and pallet size combination.
What is a realistic used price difference between a reach truck and a counterbalance forklift of similar capacity?
Without citing a current market dataset it would be misleading to give a fixed figure, as prices vary by brand, region, age, and condition. As a general pattern, used reach trucks of comparable rated capacity and age tend to price above used electric counterbalance machines, and significantly above used LPG counterbalance machines, reflecting the smaller supply pool and electric-only drivetrain. The gap widens for high-mast (10 m+) reach truck specifications where supply is thinner.
Does mast height affect how a forklift handles at lower lift heights?
Yes. A taller mast increases the machine's overall height (relevant for doorway and racking clearance) and typically reduces forward stability at maximum extension — which is why rated capacity figures drop as lift height increases on the same machine. A reach truck rated at 2.5 t capacity at ground level may be rated at 1.6 t or less at its maximum lift height. Always verify the capacity rating at the lift height and load centre you will actually use, not just the nameplate headline figure.
How do I assess battery condition on a used electric reach truck or counterbalance forklift?
The most reliable method is a load-test by a battery specialist or a forklift engineer, which measures actual remaining capacity against the battery's rated capacity. In the absence of a formal test, ask for the battery's age (lead-acid warehouse batteries typically have a 1,500–1,800 cycle or five-to-seven-year service life under normal use), any cell replacement history, and the last equalisation charge record. A battery at or near end of service life represents a significant additional cost — replacement for a reach truck battery can run to a material fraction of the machine's used purchase price.
