MIMA MQK30: How to Choose Lift Height and Overall Height
Model overview and selection aid
With the MIMA MQK30, it is not just the maximum lifting height that determines the right version. Equally important are the overall height of the vehicle, the existing passageways, the actual load, the center of gravity and possible attachments. At the time of publication, the current model overview offers eight electric vehicles with graduated lifting heights from 3.600 to 8.000 mm.
MIMA MQK30 at a glance
- model: MIMA MQK30
- Nominal capacity: 3.000 kg
- Drive: Electric
- mast: Triplex
- Battery information: 48V/600Ah lithium-ion
- Lift heights: 3.600 to 8.000 mm
Eight configurations of the MIMA MQK30 at a glance
On the current model overview of the MIMA MQK30 Eight vehicles are listed at the time of publication. All entries are electric MIMA MQK30 with 3.000 kg stated capacity, Triplex mast and a lithium-ion battery with 48V/600Ah. 2026 is stated in the year of manufacture field.
The main differences within this overview are the lifting height and the associated overall height. As the lifting height increases, the overall height also increases in the configurations listed. Therefore, a selection should never be based solely on shelf height.
| Lift height | height | Difference to the next version |
|---|---|---|
| 3.600 mm | 1.935 mm | Basic version of the overview |
| 4.000 mm | 2.068 mm | 400 mm more lifting height |
| 4.600 mm | 2.268 mm | 600 mm more lifting height |
| 5.400 mm | 2.535 mm | 800 mm more lifting height |
| 6.000 mm | 2.735 mm | 600 mm more lifting height |
| 6.500 mm | 2.902 mm | 500 mm more lifting height |
| 7.000 mm | 3.169 mm | 500 mm more lifting height |
| 8.000 mm | 3.503 mm | 1.000 mm more lifting height |
What do lifting height and overall height mean?
Lifting height: the reachable height of the fork
The lifting height describes how high the fork can be raised. For the pre-selection, it should be compared with the highest transfer or shelf level that can actually be operated. It's not enough to just look at the top edge of the shelf. What is crucial is the height at which the fork must enter the pallet and what additional movement space is required for controlled storage and retrieval.
A higher lift height provides more vertical workspace, but is not automatically the better choice. If only lower levels are served, an unnecessarily high configuration can place greater demands on transit and deployment planning. The selection should therefore be based on the real material flow.
Overall height: important for gates, doors and hall areas
The overall height is relevant for all fixed height restrictions. These include hall gates, fire protection gates, door passages, transitions between parts of buildings and other structural bottlenecks. For a reliable test, the lowest point of the entire planned route should be determined.
The heights mentioned in the overview range from 1.935 mm at 3.600 mm lifting height to 3.503 mm at 8.000 mm lifting height. These values show why the highest desired lift height and the lowest available clearance must be considered together. In addition, an appropriate safety distance must be taken into account. Its specific interpretation depends on the operational environment and should be clarified before selection.
3.000 kg are a nominal capacity
The stated load capacity of 3.000 kg is the rated load capacity of MIMA MQK30. It should not be understood as a blanket promise that any load can be accommodated by 3.000 kg at any lift height and in any configuration.
The actual usable residual capacity can depend, among other things, on the center of gravity of the load, the shape and distribution of the load, the lifting height and the attachments used. An attachment can change the weight and center of gravity of the load. Large, unevenly distributed or non-standard loads must also be assessed separately.
Before making a decision, at least the following information should be brought together:
- maximum actual load weight,
- dimensions and center of gravity of the load,
- required working height,
- Type and weight of a possible attachment,
- Load capacity diagram or confirmed residual capacity of the specific configuration.
Only this test shows whether the desired combination of load and lifting height is technically covered.
This allows you to narrow down the suitable MQK30 version
A structured pre-selection begins with the operational limits and not with the maximum available lifting height. The following overview summarizes the most important test steps.
| Checkpoint | Required information | Importance for selection |
|---|---|---|
| Highest handover level | Height of the fork entrance at the highest destination | Determines the required lifting height |
| Lowest passage | Measured clear height along the route | Limits the permissible overall height |
| load | Weight, dimensions and load center | Basis for the residual capacity test |
| Attachment | Type, weight and changed load center | May affect usable load capacity |
| Work environment | Driveways, floors, gates and crossings | Shows operational and structural limitations |
| Expansion reserve | Confirmed future shelf or process planning | Can be taken into account when choosing the lifting height |
1. Measure real heights during operation
First, the highest required working level and the lowest passage are documented. Estimates are unsuitable for pre-selection. Especially if there are several hall areas, the entire regular route should be taken into account.
2. Filter configurations based on both values
Only designs whose lifting height covers the work process and whose overall height is compatible with the existing passages are then considered. For example, a configuration with 6.500 mm lifting height has a height of 2.902 mm in the current overview. The version with 7.000 mm lifting height is specified as 3.169 mm. This difference can be crucial when clearance heights are limited.
3. Check load data and remaining load capacity
After the geometric pre-selection, the technical test of the load follows. The nominal capacity alone is not enough. The load center, lifting height and attachments must match the specific machine. If this information is missing, no binding suitability should be derived.
4. Schedule only confirmed requests
A reserve for foreseeable changes can be useful, but should be based on concrete planning. Selecting a larger lifting height as a precautionary measure can lead to a overall height that restricts certain travel routes. The goal is therefore not the largest possible configuration, but rather the configuration that is suitable for the documented use.
When is it worth comparing with other forklifts?
The MIMA MQK30 is listed in the current overview as an electric model with 3.000 kg rated load capacity. If the load capacity, lifting height, overall height or other requirements do not match, the selection should be expanded to other models. The Overview of forklifts allows for a broader comparison.
For a structured pre-selection, the MIMA Forklift configurator be used. Only known requirements should be entered. Unconfirmed values can unnecessarily distort the selection.
Select MIMA MQK30 to suit the application
First compare the eight listed combinations of lifting height and overall height. For a specific test, have the load weight, load center of gravity, required working height, lowest clearance and possible attachments ready.
Frequently asked questions about the MIMA MQK30
Which lifting heights are listed for the MIMA MQK30?
At the time of publication, the model overview includes lift heights of 3.600, 4.000, 4.600, 5.400, 6.000, 6.500, 7.000 and 8.000 mm.
Which heights belong to the eight lifting heights?
The associated heights are 1.935, 2.068, 2.268, 2.535, 2.735, 2.902, 3.169 and 3.503 mm. The exact assignment is shown in the table in this overview.
Can 3.000 kg be used at any lifting height?
No, 3.000 kg are the stated rated load capacity. The actual usable remaining load capacity must be checked for the load center, load, attachment and required lifting height.
Why is the height important when choosing?
The overall height must match the lowest gates, doors and other passages on the intended route. In addition, an appropriate distance for operation must be taken into account.
Which mast do the listed MIMA MQK30 have?
All eight vehicles listed at the time of publication are specified with a Triplex mast.
What battery specifications do the listed vehicles have?
In the model overview, a 48V/600Ah lithium-ion battery is specified for all eight vehicles.
Should the largest lifting height always be chosen?
No. The lifting height should cover the actual work process and at the same time be compatible with the overall height, passages, load data and residual capacity.
What data is needed for a specific selection?
What is required is at least the load weight, load dimensions, load center of gravity, highest working level, lowest passage and information on possible attachments.