MIMA MQC-30 overview: choosing the correct lift height
Electric four-way forklift with 3,000 kg nominal capacity
The current MIMA MQC-30 model overview contains several configurations with different lift and overall heights. This provides a basis for matching the machine to different storage and building heights. The maximum lift height alone is not sufficient for a sound choice. The required working height, available clearance, load, load centre, possible attachments and residual capacity at the intended lift height must all be checked.
MIMA MQC-30 at a glance
- 3,000 kg: Nominal capacity of the listed vehicles
- 4,500–8,000 mm: Lift heights in the model overview
- Triplex: Mast specification for all nine entries
- Electric: Lithium-ion configurations with 48 V
MIMA MQC-30: current model overview
The MIMA MQC-30 model page lists nine electric four-way forklifts. Eight entries have a 2026 year field and combine a 3,000 kg nominal capacity with a Triplex mast, a 48V/460Ah lithium-ion battery and graduated lift heights between 4,500 and 8,000 mm.
One further entry has a 2024 year field. It also specifies a 3,000 kg nominal capacity and a Triplex mast. Its lift height is 5,500 mm, its overall height is 2,950 mm and its battery specification is 48V/600Ah lithium-ion. The operating-hours field additionally contains the value 1. Neither a year field nor an operating-hours field alone establishes technical condition, actual usage history or a condition category. The complete vehicle description and an individual assessment remain decisive.
| Year field | Nominal capacity | Lift height | Overall height | Mast | Battery specification |
|---|---|---|---|---|---|
| 2026 | 3.000 kg | 4.500 mm | 2.640 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2026 | 3.000 kg | 5.000 mm | 2.805 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2026 | 3.000 kg | 5.500 mm | 2.970 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2026 | 3.000 kg | 6.000 mm | 3.140 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2026 | 3.000 kg | 6.500 mm | 3.305 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2026 | 3.000 kg | 7.000 mm | 3.470 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2026 | 3.000 kg | 7.500 mm | 3.640 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2026 | 3.000 kg | 8.000 mm | 3.905 mm | Triplex | 48V/460Ah Lithium-Ionen |
| 2024 | 3.000 kg | 5.500 mm | 2.950 mm | Triplex | 48V/600Ah Lithium-Ionen |
Why maximum lift height is not the only deciding factor
A greater lift height extends the potential working range, but it is not automatically the better choice. Relevant vehicle dimensions change with the mast configuration. In the model overview, the stated overall height of the 2026 entries rises from 2,640 mm at a 4,500 mm lift height to 3,905 mm at an 8,000 mm lift height. These dimensions must be compatible with gates, hall entrances, beams, ceilings, sprinkler systems and other building restrictions.
The height actually required at the racking is equally important. Using only the height of the top shelf is not enough. The load must be picked up, raised and deposited safely. Pallet height, fork position, required clearance and operational safety distances therefore need to be included in the calculation.
Nominal capacity is not automatically residual capacity
The 3,000 kg figure describes the nominal capacity of the listed MQC-30 configurations. It does not mean that 3,000 kg can automatically be handled at every lift height and with every load geometry. Permissible load values may change as lift height increases. The load chart for the specific vehicle and its actual configuration are decisive.
The load centre also affects the assessment. Long, tall, unevenly distributed or dimensionally unstable goods may create different requirements from a compact standard pallet. If an attachment is used, its own weight, load distance and influence on the load centre must be included.
Selecting lift height and overall height systematically
For a reliable initial selection, the operating data should be recorded first. The available MQC-30 variants can then be compared systematically. The following overview shows which information is needed.
| Check | Information required | Why is it relevant? |
|---|---|---|
| Highest storage level | Height of load pickup point and pallet height | Determines the required mast working height. |
| Lowest clearance | Gate, door, beam and passage heights | Must be compared with vehicle and mast overall height. |
| Load weight | Maximum actual weight including load carrier | Basis for checking capacity and residual capacity. |
| Load centre | Dimensions, centre position and load shape | Influences permissible capacity. |
| Attachment | Type, weight and load distance | Can change capacity and load centre. |
| Building | Ceilings, gates, services, sprinklers and other obstacles | Limits usable heights and routes. |
Practical checklist for the initial selection
- Record the maximum load weight including the pallet or load carrier.
- Determine the dimensions and actual load centre of the goods.
- Measure the highest required storage height.
- Document the lowest gates, passages and structural obstacles.
- Include planned attachments and their technical data.
- Check residual capacity for the specific vehicle configuration.
- Consider routes, manoeuvring areas and the operating process.
Which MQC-30 lift height matches which height profile?
The model overview supports an initial assignment based on measured heights. Within the listed 2026 configurations, variants with 4,500 or 5,000 mm lift height have the lower overall heights. Higher variants extend the vertical working range but, according to the listed data, also require more overall height. Choosing solely according to the principle of “as high as possible” can therefore create unnecessary clearance restrictions.
The lift height must not be calculated too narrowly either. If the actual load pickup, pallet height or required positioning reserve is omitted, a mathematically similar variant may be insufficient for the intended rack position. The suitable configuration results from comparing the load, building and working process together.
Compare the MQC-30 and submit specific requirements
The MIMA MQC-30 model overview allows the listed lift and overall heights to be compared directly. Further vehicle classes are available in the MIMA forklift catalogue. You can also use the MIMA forklift configurator for a requirement-based initial selection.
A specific enquiry should state at least the load weight, load dimensions, load centre, required lift height, lowest clearance and intended attachments. This gives the enquiry a technically understandable basis instead of relying on a single catalogue figure.
Request a MIMA MQC-30 for the operating profile
Compare the listed MQC-30 configurations or submit your operating data for a specific assessment. The final choice should always be based on the complete vehicle data and intended application.
Frequently asked questions about the MIMA MQC-30 and lift height
Which lift heights are listed for the MIMA MQC-30?
The current model overview contains lift heights of 4,500, 5,000, 5,500, 6,000, 6,500, 7,000, 7,500 and 8,000 mm. The specific choice must be checked against the load, building and residual capacity.
Does a 3,000 kg nominal capacity mean this load can always be raised to the maximum height?
No. Permissible capacity may depend on lift height, load centre, load shape, mast and attachment. The specific load chart and complete vehicle configuration are decisive.
What must be considered with the overall height?
The overall height must suit gates, doors, beams, ceilings and other obstacles. The stated overall heights of the nine vehicles range from 2,640 to 3,905 mm.
Why is the load centre important for selection?
The load-centre position affects the load on the forklift. Long, large or unevenly distributed goods must therefore be assessed using their actual dimensions and centre position.
Must attachments be included in the capacity check?
Yes. The attachment’s own weight and load distance can change the load centre and residual capacity. The data for the specific attachment must therefore be included.
Can the condition of a vehicle be inferred from the year field?
No. The year field alone does not describe technical condition, usage history or a condition category. The complete details for the individual vehicle must be checked.
Which battery specifications appear in the model overview?
Eight entries specify 48V/460Ah lithium-ion. One entry with a 5,500 mm lift height specifies 48V/600Ah lithium-ion. No conclusion about runtime or suitability is drawn from these figures here.
Which details are needed for a specific MQC-30 enquiry?
Useful details include maximum load weight, load dimensions, load centre, required lift height, lowest clearance, building conditions, planned attachments and a description of the working process.