RTL 808

Electric Loader

Operating Weight: 

1,000 kg

Battery:

Lead-acid

Hydraulic Flow:

40 L/min

Runtime:

~4 hours (depending on application)

Charging Time:

6–8 hours

Introducing the RTL 808 Electric Loader

The RTL 808 Electric Loader is a 1-ton compact electric loader designed for sustainable and efficient operation. With

zero emissions, low operating noise, and a reliable lead-acid battery, the 808 Electric is the perfect choice for farms,

construction sites, warehouses, and indoor environments where clean and quiet performance is essential. The RTL

808 offers dependable hydraulic power and versatile attachment compatibility while reducing operating costs and

environmental impact.

Zero emissions with lead-acid battery power.

Compact 1,000 kg weight for easy transport and maneuverability.

Hydraulic flow of 40 L/min – efficient and responsive operation.

4-hour runtime on a full charge, ideal for daily work cycles.

Charging time of 6–8 hours for overnight recharging.

Low operating noise – perfect for indoor or urban environments.

Compatible with a wide variety of attachments.

RTL 808 Specifications

Operating weight

1,000 kg

Battery type

Lead-acid

Hydraulic flow

40 L/min

Runtime

~4 hours (depending on application)

Charging time

6–8 hours

Operating environment

Indoor, outdoor, emission-sensitive zones

Noise level

Low – suitable for urban and indoor use

  
  

Attachments

Quick Hitch System:

Enables fast attachment changes.

Available Attachments:

General purpose buckets, pallet forks, sweepers, augers, bale grabs, and more.

Why Choose RTL 808 Electric?

FAQ – Electric Loaders

Up to 4 hours depending on workload and conditions.

Charging takes between 6 and 8 hours, suitable for overnight charging

Buckets, pallet forks, sweepers, augers, bale grabs, and more.

Indoors, urban job sites, farms, warehouses, and any emission-sensitive area.

Yes – full spare parts availability and warranty are included

Contact Us / Get a Quote

The RTL 808 Electric Loader – compact, clean, and efficient for the future of work