Electric Mini Track Loader Debuts Offering Zero Emissions and Low Maintenance

Traditional loaders have long been plagued by fuel consumption, emissions, noise pollution, and cumbersome maintenance requirements. The construction industry has been waiting for a cleaner, more efficient, and intelligent solution that can handle indoor, underground, and extreme environment challenges with ease. That future has arrived.

The Curiosity 72V 16.4kWh lithium-powered compact track loader represents a paradigm shift in worksite equipment. This agile machine, controlled via a single joystick, boasts an impressive lifting capacity of up to 2,000 pounds (approximately 907 kg). Its fully electric design enables operation in any environment—from enclosed indoor spaces to underground tunnels—without compromising performance.

Powered by a 72V lithium iron phosphate (LiFePO4) battery system from CATL, the Curiosity eliminates the need for fossil fuels while delivering exceptional power. The 16.4kWh battery provides over eight hours of continuous operation and can be recharged using standard 110V household outlets or solar panels, offering unprecedented flexibility for remote worksites.

The fully electric system produces no exhaust emissions, making it ideal for indoor warehouses, food processing facilities, hospitals, and environmentally sensitive areas. This eliminates health concerns associated with traditional diesel or gasoline-powered equipment.

With noise levels comparable to household appliances, the Curiosity can operate in noise-sensitive environments without disturbance. This represents a significant improvement over conventional loaders that typically exceed 85 decibels.

The electric drivetrain eliminates oil changes, spark plug replacements, and fuel system maintenance associated with combustion engines. Users only need to monitor battery charge levels and perform basic cleaning, significantly reducing downtime and maintenance costs.

Despite its compact 1-ton (1,000 kg) frame, the Curiosity delivers remarkable performance:

• Lifting capacity: 663 lbs (300 kg)
• Hydraulic flow: 16.5 GPM (62.4 L/min)
• System pressure: 3,625 PSI (250 bar)
• Travel speed: 3.7 MPH (6 km/h)

• Length (with bucket): 85.4 inches (2,170 mm)
• Height: 53 inches (1,355 mm)
• Width: 32.6 inches (830 mm)
• Ground clearance: 3.6 inches (92 mm)
• Operating weight: 1,980 lbs (900 kg)

• Battery chemistry: CATL LiFePO4
• Capacity: 16.4 kWh
• Voltage: 72V
• Charge time: 0-10 hours (110V charging)
• Design life: 30+ years

• Flow rate: 16.5 GPM (62.4 L/min) high flow
• 14.8 GPM (56 L/min) low flow option
• Hydraulic tank capacity: 12 gallons (45.4 L)

The Curiosity's compact dimensions (requiring only 33 inches/84 cm clearance) and modular attachment system make it suitable for diverse applications:

• Agriculture: Feed handling, compost turning, and small-scale material transport
• Landscaping: Soil movement, tree planting, and debris clearing
• Construction: Material handling in confined spaces
• Warehousing: Indoor pallet and goods movement
• Municipal work: Street cleaning and maintenance in noise-sensitive areas

Available attachments include buckets, pallet forks, dozer blades, augers, breakers, grapples, and sweeper brushes, transforming the base unit into a multifunctional worksite tool.

The loader supports optional solar charging systems, enabling off-grid operation in remote locations. This aligns with growing industry demands for sustainable equipment solutions that reduce carbon footprints while maintaining productivity.

With its 16.4kWh battery capacity, the Curiosity can typically complete a full workday on a single charge. The battery system is designed to withstand complete discharge without damage, addressing a common concern with lithium-ion batteries. Charging via standard 110V outlets provides convenient overnight replenishment.

The machine's narrow profile enables access to spaces inaccessible to conventional equipment, while its rubber tracks minimize ground disturbance—an important consideration for landscaping and agricultural applications.