Electric Reach Truck

2.0T Electric Scissor Reach Truck MFE20

Load Capacity 2,000 kg
Lift Height 5,025–10,160 mm

MFE20 is a 2,000 kg stand-on electric scissor reach truck designed for single-deep racking and lift heights up to 10,160 mm. Its compact chassis, 590 mm reach mechanism, full-free mast and low-mounted battery support stable high-level handling, while proportional hydraulic control and electric steering provide precise pallet positioning in narrow warehouse aisles.

Ideal For

  • Single-deep high-bay pallet racking
  • Narrow-aisle handling of loads up to 2,000 kg
  • Intensive warehouse and distribution operations

Product Highlights

The stand-on platform has a low step height for frequent access. Electric steering, an integrated handle, multifunction display and OPS system support controlled daily operation.

The stand-on platform has a low step height for frequent access. Electric steering, an integrated handle, multifunction display and OPS system support controlled daily operation.

Triplex full-free mast configurations cover lift heights from 5,025 to 10,160 mm. The mast structure and controlled lowering system support accurate pallet handling in high-bay warehouses.

Triplex full-free mast configurations cover lift heights from 5,025 to 10,160 mm. The mast structure and controlled lowering system support accurate pallet handling in high-bay warehouses.

A 48V/550Ah lead-acid battery is standard. Larger lead-acid options and a 48V/460Ah lithium battery allow the power system to be matched to working hours and charging arrangements.

A 48V/550Ah lead-acid battery is standard. Larger lead-acid options and a 48V/460Ah lithium battery allow the power system to be matched to working hours and charging arrangements.

Technical Data

Specification MFE20
Model MFE20
Operation Type
Load Capacity 2,000 kg
Lift Height 5,025–10,160 mm
Mast Type Duplex Mast, Triple Mast
Fork Outside Spread 445–700 mm
Aisle Width 2,976 mm
Battery Spec 48V/550Ah lead-acid; 660/770Ah lead-acid or 48V/460Ah lithium optional

Product Description

Single-deep Scissor Reach Design

The MFE20 combines a 2,000 kg capacity with a single-scissor reach mechanism. Its approximately 590 mm reach is intended for standard single-deep racking while keeping the chassis compact.

High-level Storage Capability

Triplex full-free mast configurations cover lift heights from 5,025 to 10,160 mm. The mast structure and controlled lowering system support accurate pallet handling in high-bay warehouses.

Low-centre Chassis

The battery is positioned low within the truck to support stability. A four-point chassis and oscillating rear axle help maintain controlled wheel contact on suitable warehouse floors.

Integrated Load Positioning

Standard side shift and fork positioning allow operators to align the forks and pallet without repeated truck movement. Proportional controls provide measured hydraulic response.

Operator-focused Control Layout

The stand-on platform has a low step height for frequent access. Electric steering, an integrated handle, multifunction display and OPS system support controlled daily operation.

Lead-acid and Lithium Options

A 48V/550Ah lead-acid battery is standard. Larger lead-acid options and a 48V/460Ah lithium battery allow the power system to be matched to working hours and charging arrangements.

Frequently Asked Questions

The MFE15 is a 1,500 kg double-scissor truck for double-deep racking. The MFE20 provides 2,000 kg capacity with a shorter single-scissor mechanism for conventional single-deep racking.
It is primarily designed for single-deep storage. If access to a second pallet position is required, the MFE15 double-scissor configuration should normally be assessed.
The reference value is 2,976 mm with a 1,000 × 1,200 mm pallet and standard battery. Larger batteries, attachments, load overhang and operating clearance can increase this requirement.
Residual capacity at the maximum lift height is lower than the nominal rating in many configurations. The applicable load chart must be reviewed before confirming the required capacity.
The best choice depends on operating hours and charging opportunities. Higher-capacity lead-acid batteries support longer conventional shifts, while lithium can support opportunity charging between work cycles.