Electric pallet trucks in the 2026 market sit in a 1,500–3,000 kg rated-load band, with 2-tonne (2,000 kg) units still the most-stocked configuration across Chinese OEM lines: a Shanghai-listed 2 t EPT shows a 2,000 PCS/month supply capability on the export B2B channel [S4]. The category has consolidated around three platform sizes — walk-behind, stand-on and ride-on (including the end-control / low-lift pallet jack family branded MEW by MiMA) [S1] — and 24 V is the dominant electrical system, with 48 V entering ride-on and counterbalanced builds.
Buyers should spec against five hard parameters — rated load, battery chemistry, controller topology, IP rating of the drive/mast junction, and brake type (electromagnetic regen vs mechanical) — and against three soft parameters — turning radius, fork dimensions (typically 540/685 mm width × 1,150/1,220 mm length), and warranty/parts response. Anything else (paint, colour, decal, "smart" IoT add-on) is supplier differentiation, not engineering. The current Chinese export offer is heavy on walk-behind 1.5–2.0 t units with gel/lead-acid packs; Li-ion variants and ride-on platforms are still a small slice of catalog SKUs as of June 2026.
Rated Load, Lift Height and Chassis Class
Walk-behind pallet trucks (a.k.a. EPT, low-lift pallet jack) cluster at 1,500–2,000 kg rated load with 115–200 mm lift — sufficient for pallet in/out of ground-level trailers and dock loading [S5]. Stand-on / end-control ride-on units climb to 2,500–3,000 kg and are the workhorse for warehouse aisle work; ride-on low-lift platforms (MiMA MEW series) are pitched for cross-dock handling where the operator stands on the platform for the full travel cycle [S1].
Above 3,000 kg and above 200 mm lift, you cross over into pedestrian stackers, electric counterbalanced forklifts and order pickers, which is a different buying decision (mast, free-lift cylinders, load backrest) — out of scope for a pure EPT spec. Pallet trucks do not have a free-lift mast in the forklift sense; the lift cylinder is fixed, and the "lift" is strictly ground-to-transport-position, not a stacking lift. For mixed-floor operations where the same unit has to clear dock levelers, look for a minimum 100 mm lowered fork height and at least 200 mm lift stroke.
Battery, Voltage and Charging Architecture
The dominant electrical system on 2026 EPTs is 24 V DC, with battery capacity commonly 100–210 Ah for lead-acid and 60–150 Ah for Li-ion (LFP) packs. Charging is on-board at 24 V / 10–30 A on most walk-behind units; ride-on and high-duty-cycle platforms move to 48 V with larger chargers. Voltage and chemistry are spec-table facts, not marketing — and the wrong choice will dominate your TCO more than any mechanical spec. [S1]
Lead-acid (flooded or gel/AGM) remains the cheapest entry cost but demands weekly equalisation, vented battery rooms, and reaches 300–500 cycle life at 80% DoD. Lithium iron phosphate (LFP) packs roughly double cycle life (1,500–2,500 cycles at 80% DoD), enable opportunity charging (no memory effect, no equalisation), and typically add 25–40% to chassis price — recovered over 3–5 years on multi-shift operations. For cold-store and food-grade sites, sealed gel/AGM or LFP is effectively mandatory; flooded lead-acid below 5 °C loses 30–40% of usable capacity and vents hydrogen. Also check the connector: many Chinese OEM EPTs ship SB175 or REMA DIN connectors, which may not match your existing charging bay infrastructure — a common retrofit surprise.
Drive Motor, Controller and Braking
AC drive motors (asynchronous, brushless) have displaced DC shunt motors on every new OEM platform above 1.5 t from 2024 onwards; the stated OEM pitch on MiMA's 2026 catalog line emphasises AC drive and electronic control for "loading/unloading" handling [S1]. A 24 V / 1.5–2.0 kW AC drive motor is typical for walk-behind EPTs; ride-on units use 3–5 kW drive plus a 1.5–2.0 kW lift/power-steering motor on 48 V.
Controllers are almost universally Curtis, Zapi or in-house OEM-forked units on 2026 production EPTs. The controller topology (MOSFET IGBT switching, regenerative braking) determines how the unit behaves on ramps and on a slope-release — and that is where the safety case lives. Regenerative electromagnetic brakes (fail-safe spring-applied, electrically released) are now standard on AC-drive EPTs and are the right pick for any loaded-ramp application; mechanical foot brakes are a fallback for entry-level or budget-tier export units but generate more particulate and require periodic adjustment. Anti-roll-back on ramps is a function of controller logic plus the parking brake — verify both, don't accept either alone on a quoted spec.
Hydraulics, Load Wheels and Wear Parts
The hydraulic system on a 2026 EPT is straightforward: a single-acting lift cylinder fed by an integrated gear pump (typically 1.5–2.5 cc/rev, 12–18 MPa relief) driven by the lift motor. The pump-motor-pack is the most common service item after batteries. On the AC-drive platform, lift and drive share a single 24 V bus; budget 2 spare drive fuses and 1 set of contactor/relay spares per 5 units — not per truck. [S2]
Load wheels and drive wheels are the second-largest maintenance line item. Polyurethane (PU) tread on a cast-iron or nylon hub is the default 2026 spec; super-elastic rubber is required for outdoor/cold-store and adds roughly 8–12% to chassis cost. PU load-wheel diameter of 80–85 mm with a single 250 mm drive wheel is the most common walk-behind geometry. For noisy floors, look for a polyurethane compound ≥85 Shore A; softer compounds dampen noise but wear 2–3× faster on rough concrete. Avoid nylon load wheels on any truck over 1,500 kg — they glaze, lose grip on oily floors, and fail suddenly.
Comparison of the Three Main EPT Platforms
Decision criteria for an EPT purchase in 2026 are load (kg), operator position (walk/stand/ride), battery (LA / gel / LFP), drive (AC/DC) and price. The walk-behind 1.5–2.0 t lead-acid DC-drive unit is the lowest first cost and the most-skewed OEM offer; the ride-on 2.5–3.0 t AC-drive LFP unit is the highest throughput and lowest TCO over 5+ years but costs 2.5–3× as much up front; stand-on end-control sits between them and is the workhorse pick for high-throughput cross-dock or production-feed operations. [S3]
For single-shift light duty in a non-cold dry environment, lead-acid remains the rational spec — the LFP premium is not recovered. End-control ride-on wins on long horizontal runs and pallet ferry work; walk-behind wins on trailers and dock work where the operator must dismount frequently.
Safety, Standards and Sourcing Channels
There is no single global safety standard for pedestrian-operated EPTs; the dominant references are EN ISO 3691-1 (industrial trucks — safety requirements for rider-operated and self-propelled trucks, including EPTs) and ANSI/ITSDF B56.1 in the US. CE marking is the typical EU entry requirement, with a Declaration of Conformity against the Machinery Directive 2006/42/EC plus, for any unit intended for zoned areas, ATEX conformity under 2014/34/EU (verify the Ex marking on the nameplate, not the brochure). For food/pharma clean rooms, IP54 drive/mast junction rating and stainless hardware (or at least zinc-plated fasteners) are the floor spec; for cold-store operation, check the hydraulic oil grade and battery cold-rating explicitly. [S4]
The hand-pallet-truck factory channel (e.g. Leeda) is mostly manual-pallet-jack focused, not electric, and the same vendor's "Power pallet truck" line is what to ask for explicitly [S3]. For a complete warehouse fleet decision, the related question of pallet racking class and the broader question of automated storage footprint both need to be answered in the same spec cycle — see the encyclopedia entry on pallet racking, the encyclopedia entry on electric pallet trucks and the encyclopedia entry on electric actuators for the lift/steering subassemblies. For broader warehouse throughput planning, the AS/RS system buying guide for 2026 covers the upstream storage-class decision that sets the EPT duty cycle.