The new Fendt Former twin rotor rake
With smarter technology and the Fendt factor for new dimensionsThe new Fendt Former twin-rotor centre delivery rakes represent a significant development in making grassland management more efficient and productive. The series uniquely combines pioneering ISOBUS technology with proven features such as the patented SteerGuard steering system and the robust double swing arm.
Twin rotor rake with the Fendt factorThe machines in this series are characterised by high working speeds with clean feed quality.
The Fendt factors of the new Fendt Former centre rakeThe integration of ISOBUS in this rake category is a milestone. It enables the automatic adjustment of work processes directly from the driver's seat. The new intuitive user interface, which has been fully optimised for FendtONE, makes operation child's play.
The right machine for every farmThe new generation of Fendt Former centre delivery rake includes standard models for those not needing ISOBUS functionality through to smart models for farms with high ISOBUS performance requirements. All models have a number of impressive and comfortable features in common and a large selection of special accessories. Discover the wide range of Fendt Former models with the Fendt factor for your forage harvesting needs.
ISOBUS integration for intuitive controlThe standard ISOBUS control for the PRO models of the Fendt Former series is fully integrated into the tractor terminal. This means that the functions can also be conveniently assigned directly to the tractor joystick. With the help of ISOBUS, all important rake functions are controlled efficiently and directly from the tractor cab.
Your benefits:
For optimum raking results in all harvesting conditions, the Fendt Former adjusts the working height of the tines to the forward speed via the flexHigh automated raking height adjustment. If the tractor's forward speed increases, the speed-dependent system lowers the rotors and regulates the distance between the tines and the ground. Rake losses due to increased forage quantities acting on the tines are prevented.
Features may include: