FORK

forklifts

Three-Wheel Electric Forklift MK3-16e

Battery type:

Li-Ion

Battery voltage/capacity:

76.8/350 V/Ah

Capacity:

3800 kg

Centre of gravity distance:

500 mm

Charger:

80/100 V/A

Clearance under mast (laden):

140 mm

Engine power:

4.5 × 2 kW

Engine type:

Electric

Fork length:

4095 mm

Fork width:

122 mm

Free lift height:

1460 mm

Ground clearance at the centre of the wheelbase:

190 mm

Lifting height:

5500 mm

Mast extend height:

6620 mm

Mast lower height:

2605 mm

Mast tilt angle:

3°/6°

Mast type:

Three-section telescopic mast with free lift function (Triplex, FFL)

Overall width:

1228 mm

Tire type:

Full rubber

Top speed:

15 km/h

Turning radius:

2540 mm

Weight:

3,060 kg

FORK 3-wheel dual-drive electric forklifts

Particularly well-suited for use in narrow aisles and confined spaces. Their compact design ensures excellent maneuverability, and the dual-drive system provides powerful traction and outstanding steering precision, even on challenging floor surfaces.

The three-wheel rear-wheel-drive forklift is a compact and maneuverable material handling solution that is particularly well-suited for narrow workspaces and indoor logistics needs. Equipped with an AC drive system, it delivers high energy efficiency, long service life, and reduces the need for maintenance.

load capacity

3,000 kg

lifting height

5,5 m

Angle of rotation

1550 mm

Why choose the MK3-16e?

An environmentally friendly solution

The electric drive ensures quieter and more environmentally friendly operation, while maintaining high performance and reliability.

CURTIS self-diagnostic display

Intuitive and easy to use for accurate diagnostics and maintenance. Provides clear, easy-to-understand information, making it easier to monitor and maintain the loader.

Battery location

The lower battery position improves stability by maintaining a lower center of gravity.

Equipped with disc brakes

They ensure more effective braking and a longer service life. They ensure quality by reducing wear and tear and increasing safety during operation.