VOLTO

Technology.

When you love your job, it's not just a matter of getting the day's work done. It's about optimum work performance, day in, day out. To do that, you need the best technology – MAX SPREAD, for example, the intelligent crop flow system with a 29.3° backward angle configuration ensuring problem-free tedding even for leafy crops.

VOLTO tedders

VOLTO

Technology.

When you love your job, it's not just a matter of getting the day's work done. It's about optimum work performance, day in, day out. To do that, you need the best technology – MAX SPREAD, for example, the intelligent crop flow system with a 29.3° backward angle configuration ensuring problem-free tedding even for leafy crops.

Technology.

VOLTO tedders

Wide crop intake.

Thanks to the trailed tine connection of the MAX SPREAD crop flow concept, the tines are always positioned facing or crosswise to the direction of travel as the crop is picked up. By contrast, in conventional designs, the tines operate opposite the direction of travel in the back half of the intake area, limiting the tedder's forward speed. By comparison, the tines of the MAX SPREAD crop flow concept work for 33 percent longer, facing or crosswise to the direction of travel. With MAX SPREAD, higher working speeds or operations at a reduced engine speed are possible.

VOLTO tedders

Straight-line crop flow for gentler transfer.

Since the tines are always positioned at right angles to the crop during pick-up, they can deflect to the rear in the direction of the tine winding. This offers the advantage over conventional systems that the crop flow between the rotors is almost perfectly linear. This creates more space for the crop transfer, and ensures enhanced throughput and exceptionally gentle handling of the forage. The MAX SPREAD concept therefore also allows the tedding of leafy crop types such as alfalfa at reduced engine speeds.

VOLTO tedders

More uniform distribution, thanks to the tine connection angled to the rear.

The 29.3° trailed connection also has a positive impact on crop delivery. In the same way as the trailed spreading blades of a fertilizer spreader, this configuration ensures a wider and more even distribution of the harvested crop, for an optimal spread pattern. This fertilizer spreader effect is further supported by tine tension release in the direction of the winding, to spread the crop over the entire width.

VOLTO tedders

Higher productivity, thanks to optimised crop flow.

With the MAX SPREAD crop flow concept, CLAAS has fundamentally improved the operational quality of the tedding process. Through the 29.3° trailed connection of the tines, the crop flow has been efficiently optimised in several respects, delivering the following benefits:

  • Enhanced spread pattern
  • Higher working speeds
  • Gentle forage handling

User-friendly detailed features.

Better control – 
through reliability.

VOLTO tedders

CLAAS power flow drawbar for smooth and safe movement over the ground.

For comfortable and efficient operation, all three-point hitched machines are fitted with the CLAAS CKL power flow drawbar. This ensures smooth trailing around curves, and reliably prevents overrun on slopes. Automatic centering during lifting transfers the weight to the tractor lower link and relieves the strain on the chassis to immobilize the tedder and bring the center of gravity close to the tractor.

VOLTO tedders

Good directional control at any speed.

Extra-wide balloon tires ensure reliable ground-contour following, optimal soil protection and smooth running, even at high work speeds.

VOLTO tedders

Adjusting to the situation: the optional guide wheel.

Optimized ground-contour following independent of the tractor movement is particularly important in hilly terrain. With the optional additional castor guide wheel, the VOLTO is guided smoothly over the ground, and the work height can be set without the use of tools. This stops the tines from digging into the grass cover, and reduces ash contamination.

VOLTO tedders

Patented power transmission: the PERMALINK finger clutch.

Power transfer on the VOLTO machines is via the patented PERMALINK finger clutch. The unit is entirely maintenance-free, and ensures a reliable transfer of power in all operational conditions. What's more, the innovative new design enables folding movements of up to 180°, allowing retraction to a compact transport position.

VOLTO tedders

An easier tedding operation with robust spreader arms.

The highest forces acting during tedding are exerted on the spreader arms. They are therefore made from rounded tubing for high torsion resistance, bolted to the rotor plate, and further stabilized with a support ring with recesses.

Depending on the model, the VOLTO has a rotor diameter of 59 or 67 inch (1.5 or 1.7 m), with five, six or seven tine arms, respectively.

VOLTO tedders

Robust, securely attached tines.

All VOLTO hay tedders are fitted with strong, robust tines. Dual tines with five wraps each are fitted on the tine arm and secured with a bolt. In the event of a breakage, the tine-loss protection system reliably prevents any risk of tines flying off and causing damage.

VOLTO tedders