Technical Highlights
The 2-Wheel Loader uses an innovative balance controller (similar to the Segway principle) and transports material in an agile, emission-free, efficient and automated manner.
Empty weight:
1800 kg
Payload: 1600 kg
Battery: 30 kWh
Operating time > 8h
Universal attachment carrier
Height: 2080 mm
Length (with fork): 2200 mm
Width (with wheels): 1200 mm
Max. loading height
(pallet): 2800 mm
(bucket): 1900 mm
Heavy Lifting. Light Footprint.
The QuiMo WL1600 transports heavy pallets with ease – compact, maneuverable, and 100% emission-free. Built for tight spaces and tough tasks.
Introducing a transformative approach to material transport
Traditional wheel loaders have remained largely unchanged since their invention in the 1940s, relying on designs that are heavy and energy-intensive. Our innovation reimagines this paradigm by utilizing a balance control system inspired by the Segway principle. The result? Agile, efficient, and emission-free material handling that sets a new standard.
Lightweight Design
Exceptional payload-to-emptyweight ratio of nearly 1:1. This also makes it clear that the 2-wheel loader requires considerably less resources during construction!
Energy Efficiency
Up to 40% energy savings compared to conventional loaders thanks to empty weigth reduction
Unique Maneuvers
360-degree movement capability, even in tight spaces
Cost reduction
Approximately 30% lower purchase price due to reduced components
Energy Efficiency in Operation
The 2-wheel loader sets new standards in energy efficiency through its innovative design and sustainable operation.
a) Lightweight Construction
By eliminating traditional drivetrain and steering components and incorporating a movable counterweight, the 2-wheel loader achieves significant weight reduction. This improvement allows for an outstanding payload-to-vehicle weight ratio of up to 1:1, far surpassing the 0.4:1 to 0.5:1 ratios of current electric compact loaders.
b) Material Savings
The streamlined design minimizes the use of drivetrain components, leading to substantial resource savings during manufacturing. This directly reduces CO2 emissions associated with production processes.
c) Transport Efficiency
Relocation of the 2-wheel loader is simplified due to its reduced weight and compact transport volume. This contributes to lower fossil fuel consumption during transport on trucks or trailers.
d) Accelerating the Adoption of Electric Machinery
The simplified construction of the 2-wheel loader enables cost-effective production. Its lower energy requirements allow for the use of smaller batteries while maintaining long operation times. These factors support the faster adoption of fully electric construction machinery in the market, promoting more sustainable practices.