General-purpose pallet handling

Electric counterbalance forklift.

A four-wheel seated truck with free fork approach for loading, production, yard and mixed pallet tasks—without load arms beneath the pallet.

Unbranded orange electric counterbalance forklift
Reference familyFE4P16/20QCConfigured & supplied by COWPIGGY
Rated capacity1.6 / 2.0 t*Model dependent
Reference lift3,000 mm*Standard data point
Overall width1,150 mm*Both references
Turning radius1,990 mm*Both references

01 / Application fit

Choose it for unrestricted fork approach.

The counterbalance layout can enter many pallet and load types directly. Its trade-off is a larger turning envelope than compact stackers or specialised reach trucks.

✓ Strong task fit

Loading, production support and mixed indoor handling.

Use it where the truck must approach pallets, stillages or loads without support legs underneath.

Truck loadingProduction supplyFinished goodsMixed palletsIndoor / yard reviewAttachments
! Confirm before selection

Aisle space, residual capacity and operating zone.

High racks, very narrow aisles, freezer duty, wet washdown or outdoor gradients may require a different family or configuration.

02 / Task principle

The counterweight balances the load ahead.

The chassis provides rear counterweight so the forks can approach the load without forward support legs.

01 / APPROACH

Enter the load

Fork length, spread and attachment are matched to the pallet or unit load.

02 / LIFT

Raise within capacity

Mast height, load centre and attachment determine residual capacity.

03 / TRAVEL

Carry in the route

Floor, gradients, speed zones and visibility shape safe operation.

04 / PLACE

Position and withdraw

Free approach supports loading bays, stacks, racks and production equipment.

03 / Reference features

Electric power in a familiar forklift format.

The reference family targets general-purpose use with service access and battery choice.

01

Four-wheel stability

A conventional four-point chassis supports general material-handling tasks.

02

Ergonomic layout

The supplier highlights operator-focused seating and controls.

03

Battery choice

Lead-acid is listed as standard with lithium available as an option.

04

Service access

The family is promoted around convenient maintenance access.

05

1.6–2.0 t range

Two capacities cover common food-factory pallet loads.

06

Attachment review

Side shift, clamps or other attachments alter capacity and must be engineered.

04 / Reference specification

Engineering data.

Compare both capacities and note the change in weight, length and fork size.

* Supplier reference data. Final capacity depends on mast, lift height, load centre and any attachment.
ParameterFE4P16QCFE4P20QC
Rated capacity1.6 t2.0 t
Service weight incl. battery2,940 kg3,180 kg
Mast lowered height2,053 mm2,053 mm
Reference lift height3,000 mm3,000 mm
Overall length3,050 mm3,200 mm
Overall width1,150 mm1,150 mm
Fork size35 / 100 / 920 mm40 / 120 / 1,070 mm
Fork carriage width1,040 mm1,040 mm
Turning radius1,990 mm1,990 mm
Travel speed loaded / unloaded12 / 13 km/h11 / 13 km/h
Lift speed loaded / unloaded0.27 / 0.35 m/s0.25 / 0.35 m/s
BatteryLead-acid standard; lithium option listedLead-acid standard; lithium option listed

05 / Project configuration

Configure the truck around the load at height.

Attachments and mast choices can change the headline capacity substantially.

01

Mast and overhead

Define both lift and clearance.

  • Required fork height
  • Collapsed and free-lift height
  • Doorways, containers and ceilings
02

Load interface

Set fork and attachment requirements.

  • Load dimensions and centre
  • Fork length / spread
  • Side shift or clamp review
03

Energy plan

Choose for the real shift.

  • Lead-acid or lithium review
  • Charging location and timing
  • Duty cycle and peak demand
04

Food environment

Align materials and traffic controls.

  • Cold, wet or corrosive exposure
  • Tyres and floor condition
  • Pedestrian zones and visibility aids

06 / Selection brief

Rated tonnes are not enough.

Provide the heaviest load, highest placement point and tightest route.

Start my fleet brief
  1. Load and centre of gravity

    Weight, dimensions, pallet or stillage and any offset centre.

  2. Lift requirement

    Top fork height, residual capacity and free-lift needs.

  3. Route and floor

    Aisles, turns, gradients, dock plates and indoor/outdoor transitions.

  4. Attachment scope

    Side shift, positioner, clamp or specialised load handling.

  5. Duty and charging

    Shifts, travel, lift cycles, charging windows and electrical supply.

Related vehicles

Compare space and lift priorities.

Compact stackers reduce footprint; reach trucks target higher racks.

What remains of the capacity at your lift height?

Send the load, mast, attachment and route data for a residual-capacity review.

Discuss my task