Most forklifts come with a hidden demand.
They ask your warehouse to build wider aisles. To leave more turning space. To sacrifice storage density for maneuverability.
The MiMA MQC60 asks for none of that.
It starts with a different question: What if the forklift adapts to the cargo instead?
Custom wide-leg design is the answer.
Leg length and spacing are not pulled from a standard chart. They are built around your specific load dimensions. Bulky. Long. Odd-shaped. Doesn’t matter.
The rear body thickness is 1070mm. That number is not random. It’s the result of engineering for narrow aisles without sacrificing stability. Stacking aisles get tighter. Warehouse utilization goes up. Square footage stays the same.
Four-wheel independent steering gives you options no conventional forklift can offer.
Straight travel for fast repositioning across the warehouse. Lateral mode for sliding into tight racking aisles. Diagonal for angled approaches. Spin turns for zero-radius maneuvering when space is critically tight. Switching between modes is continuous. No stopping. No resetting.
Chain mast reach-forward structure keeps the load close to the wheelbase. Stability improves. Tipping risk drops. Operators feel the difference immediately.
Floating structure integrated into the front load wheels distributes force evenly across the tire surface. The result? Longer tire life. Lower replacement cost. Less downtime.
The seated design includes HD reverse camera and side mirrors. Blind spots shrink. Rear visibility is clear. Operator stays comfortable during long shifts.
Right-side hood lifts up for daily maintenance. No tools. No crawling. No frustration.
High-speed pump motor paired with a high-speed gear pump. Hydraulic response is instant. Travel speed and attachment movements react faster than standard systems. That means shorter cycle times. More moves per hour.
The MQC60 does not ask your warehouse to change its layout. It does not ask your cargo to fit a standard.
It simply shows up. Adapts. And works.
That is what custom means at MiMA.

