MIMA MQC-25 or MQZ-30: Choosing a 2.5 or 3.0 t Multidirectional Forklift
Businesses moving long materials through constrained warehouse areas must compare more than capacity. The MIMA MQC-25 and MIMA MQZ-30 both belong to multidirectional warehouse equipment, but the currently published stock has different nominal capacities and lift-height ranges.
The MQC-25 is currently listed with a 2,500 kg capacity and lift heights from 4,500 to 8,000 mm. The MQZ-30 is listed with 3,000 kg and currently 3,600 to 10,500 mm. These figures provide an initial orientation but do not replace checking load centre, load length, overall height, aisle width and operating profile.
MQC-25 and MQZ-30 at a glance
- Both current model listings contain new electric MIMA multidirectional forklifts from model year 2026
- MQC-25: 2,500 kg capacity and currently 4,500-8,000 mm lift height
- MQZ-30: 3,000 kg capacity and currently 3,600-10,500 mm lift height
- Triplex mast on the vehicles currently published in both model listings
- Official MIMA application focus: long materials and space-restricted storage areas
- No universal winner: selection follows the load, layout and process
- Persistent model listings remain available after individual sales
- Configuration follows only after checking real operating data
Confirmed data from the current model listings
The comparison separates current inventory data from general series characteristics. Lift-height ranges may change when vehicles are sold or new configurations are published.
| Feature | MIMA MQC-25 | MIMA MQZ-30 |
|---|---|---|
| Capacity | 2,500 kg (2.5 t) | 3,000 kg (3.0 t) |
| Currently listed lift height | 4,500-8,000 mm | 3,600-10,500 mm |
| Currently listed overall height | 2,470-3,740 mm | 2,070-4,570 mm |
| Drive | Electric | Electric |
| Mast in current stock | Triplex | Triplex |
| Current vehicle count | 8 | 20 |
| Model year in current stock | 2026, new | 2026, new |
Capacity must not be considered in isolation
The difference between 2.5 and 3.0 tonnes is relevant but does not provide a complete decision basis. With long loads, load length and load centre change the actual requirement. The capacity available at the required lift height and configuration must also be checked.
The MQZ-30 is therefore not automatically the better choice simply because its nominal value is higher. Conversely, an MQC-25 should not be excluded solely because of the lower figure where the loads and process remain within confirmed requirements.
Match lift height, overall height and building constraints
The current MQC-25 stock begins at 4.5 metres of lift and extends to 8.0 metres. The published MQZ-30 range is broader and currently runs from 3.6 to 10.5 metres. The associated overall height must be considered for both models.
Rack height, top storage level, doors, roof beams and sprinkler zones form one connected check. The highest available lift is useful only where it is required and the vehicle can pass through every clearance.
Different series concepts for long-load handling
MIMA describes the MQC series as a wide-body multidirectional reach-truck solution with independent four-wheel steering. The MQZ series is classified as a side-seated multidirectional reach truck with independent three-wheel steering. Both concepts are intended for long materials and constrained aisles.
The correct design can only be assessed using real aisle dimensions, cornering areas, transitions and load measurements. The official type description provides the classification; operating data determines the selection.
Select according to material flow, not only the data sheet
Warehousing, production and dispatch should be assessed as one complete route: load pick-up, travel, direction changes, storage, handover and return. Crossing traffic, floor conditions and available charging areas also affect configuration.
A site comparison or a scaled warehouse layout helps narrow the model listings. This turns a technical shortlist into a reliable enquiry.
Assess economy without general promises
A suitable multidirectional solution can influence manoeuvring and space requirements in a long-load process. The actual benefit depends on transport frequency, routes, utilisation and warehouse layout and must be assessed for the operation.
Before procurement, energy supply, maintenance access, driver requirements and expected operating duration should therefore be clarified alongside model and nominal capacity.
Prepare the decision with persistent model listings
The linked model pages show the stock currently published for the MQC-25 and MQZ-30. They remain available entry points when individual machines are sold. Specific equipment, availability and delivery or handover windows must be confirmed before an order.
Compare the MQC-25 and MQZ-30 using real operating data
Open both model listings and then match capacity, lift height, overall height and warehouse layout in the configurator.
FAQ: MIMA MQC-25 compared with MQZ-30
What is the main difference between the MQC-25 and MQZ-30?
In the current model listings, the MQC-25 has a capacity of 2,500 kg and the MQZ-30 has a capacity of 3,000 kg. Their confirmed lift-height ranges and series concepts also differ.
When is a 2.5-tonne capacity sufficient?
This can only be assessed from load weight, load centre, dimensions and load support. The nominal value alone does not confirm that every load up to 2,500 kg can be handled at every lift height.
Which lift heights are currently listed?
The MQC-25 is currently published from 4,500 to 8,000 mm. The current MQZ-30 model stock ranges from 3,600 to 10,500 mm. Both ranges reflect the listings at the time of publication.
Are the MQC-25 and MQZ-30 electric multidirectional forklifts?
Yes. Both current model listings contain electric vehicles. MIMA positions both series for multidirectional handling of long materials.
Is the MQZ-30 always better because it has a higher capacity?
No. Higher capacity may be relevant, but it must fit the load, travel space, overall height, lift height and process. Selecting a larger vehicle is not automatically an improvement.
Why does aisle width matter?
Aisle width, cornering areas, lateral travel space and transitions between warehouse zones determine whether the travel concept can be used. These dimensions should be recorded before an enquiry.
Why does the comparison avoid individual vehicle links?
The model listings remain stable destinations after inventory changes. This prevents an indexed comparison page from automatically leading to a 404 when one vehicle is sold.
How should a reliable enquiry be prepared?
Useful information includes load data, required lift height, aisle width, door and building heights, floor conditions, daily operating duration and the required operating or vehicle configuration.