Reliable Daily Performance
Full AC power supports responsive travel and low routine motor maintenance.
Electric Counterbalance Forklift
1.5–2.0T Four-wheel Electric Counterbalance Forklift MK15/20
MK15/20 is a versatile four-wheel electric counterbalance forklift range for everyday pallet handling indoors and on suitable outdoor surfaces. With 1,500 or 2,000 kg capacity, lift heights up to 7,000 mm, full AC power and configurable batteries, masts and attachments, it combines reliable performance with practical adaptability across warehouses, factories and loading areas.
Ideal For
- Daily pallet handling in warehouses and production facilities
- Indoor and suitable outdoor loading and transfer work
- Applications requiring configurable masts, batteries or attachments
Product Features
Product Highlights
Key features designed to support safer, more efficient and more productive material handling.
Stable Four-wheel Chassis
A low-mounted battery supports smooth cornering and controlled load handling.
Built to Configure
Multiple mast, battery, tyre and attachment options suit different applications.
Product Data
Technical Specifications
Compare the available MK15 / MK20 configurations and discuss the required capacity, lift height and operating environment with our team.
| Specification | MK15 | MK20 |
|---|---|---|
| Model | MK15 | MK20 |
| Operation Type | Seated | Seated |
| Load Capacity | 1500kg | 2000kg |
| Lift Height | 2,000–7,000 mm | 2,000–7,000 mm |
| Mast Type | Duplex / Duplex Full Free / Triplex Full Free | Duplex / Duplex Full Free / Triplex Full Free |
| Fork Outside Spread | 200–1,040 mm | 244–1,000 mm |
| Aisle Width | 3,595 mm | 3,754 mm |
| Battery Specification | 48V/400–480Ah lead-acid; lithium options available | 48V/500–600Ah lead-acid; lithium options available |
Product Overview
Product Details
Electric Forklift for Everyday Handling
The MK15/20 four-wheel electric counterbalance forklift range is designed for pallet transport, loading and stacking across warehouses and manufacturing facilities. Its counterbalanced layout allows loads to be handled without support arms.
Low-centre Four-wheel Design
The battery is positioned low in the chassis to support stability and smooth cornering. The four-wheel layout is suitable for applications combining warehouse aisles, loading areas and longer travel routes.
Full AC Power System
Maintenance-free AC motors provide responsive acceleration and controlled load handling without routine carbon-brush replacement. Regenerative braking recovers energy during deceleration and downhill travel.
Operator Control and Visibility
An adjustable steering column and seat help operators establish a practical driving position. The wide-view mast and multifunction display support visibility, status monitoring and fault diagnosis.
Configurable for Different Applications
Duplex, duplex full-free and triplex full-free masts are available. Battery systems, tyres, cabins, hydraulic circuits, side shift, fork positioners and other attachments can be selected for the application.
Product Support
Frequently Asked Questions
Find answers to common questions about MK15 / MK20. For application-specific advice, contact MiMA Australia.
Q1: What is the main difference between the MK15 and MK20?
The MK15 has a 1,500 kg rated capacity and smaller stacking dimensions. The MK20 increases capacity to 2,000 kg and is better suited to heavier daily pallet handling.
Q2: How much working aisle is required?
The reference Ast values are 3,595 mm for the MK15 and 3,754 mm for the MK20. Actual requirements must include pallet dimensions, load overhang, attachments, rack clearance and an operating allowance.
Q3: Can the rated load be lifted to 7,000 mm?
Not automatically. Residual capacity depends on lift height, load centre, mast and attachment weight. The load chart for the selected configuration must be checked.
Q4: Are these forklifts suitable for outdoor work?
They can operate on suitable level outdoor surfaces with the correct tyres and environmental configuration. Rough ground, steep ramps, rain exposure and floor transitions should be assessed before selection.
Q5: Which battery type should be selected?
Lead-acid suits conventional charging and battery-change routines. Lithium is better suited to opportunity charging and operations seeking less routine battery maintenance.
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