Fasa A12 RIDER

The Fasa A12 RIDER is designed for efficient maintenance and deep cleaning of large areas up to 3200 sqm, significantly reducing cleaning costs. It offers compact dimensions and maneuverability comparable to walk-behind models, making it ideal for maintenance cleaning in both spacious and tight spaces.

Key Features:

• Consistent Cleaning Performance:
  • 32 kg of constant pressure on dual counter-rotating brushes with a 66 cm scrubbing width for enhanced stability.
  • Self-leveling brush plate ensures even pressure and consistent cleaning results on all surfaces.
• Extended Working Autonomy:
  • Operates up to 4.5 hours using 4 x 6V 240 Ah batteries, with rear-wheel drive for optimized energy consumption.
  • Option to use 2 x 12V batteries for increased flexibility.
• Large Tank Capacity:
  • 75-liter real load capacity reduces downtime, maximizing battery usage.
  • Tanks are made of shock and acid-proof polyethylene, ensuring durability.
• User-Friendly Design:
  • Ergonomic steering wheel with digital controls and a display for intuitive operation.
  • Mechanical lifting levers for the squeegee and brush plate minimize maintenance efforts.
  • Comfortable and ergonomic seat allows the operator to work effortlessly for extended periods.
• Automatic Systems for Efficiency:
  • Brushes and detergent outflow automatically stop when the machine is stationary to conserve resources.
  • Automatic detergent measuring system ensures precise usage and reduces waste.
• Easy Maintenance:
  • External, easily accessible filter prevents impurities from clogging the solenoid valve.
  • Fast access to internal components lowers maintenance costs and simplifies troubleshooting.
• High Maneuverability:
  • Rear-wheel drive on two wheels allows the A12 RIDER to tackle steep slopes with ease.
  • Compact design makes it suitable for smaller areas where walk-behind models are typically required.

The Fasa A12 RIDER is the perfect blend of power, efficiency, and convenience, providing deep and thorough cleaning for both large open spaces and tighter environments with minimal operator fatigue.