Profi-Flex Archives

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Key benefits of Profi-Flex

Patented design solution.
A solution for high speed adjustable tractor wheels that is ‘simple’ without risk of wrong assembly or parts ‘getting lost’.
Suitable for vehicles up to 500HP and speeds of up to 60 km/h.
16 different offsets to work with different row crop widths.
Manual adjustment of tractor’s track settings can be completed efficiently and accurately, every time.
Improved ride quality, comfort-levels and tractor performance.

Compare this wheel to others in our range

Wheel Range

Easier & faster tire mounting

Reduction of tire slippage

Soil protection

Light weight design rim and/or disc

Dual wheel eligibility

Full service engineering & R&D support

Higher payload

Durability, improved strength

Tire protection (larger flanges)

Double the lifetime as standard

Suitable for speed

Adjustable (track setting)*

Profi-Fit

✔

Profi-Grip

✔

Profi-Line

✔

Profi-Flex

✔

Profi-Tuff

✔

Infini-Forge

✔

The world’s best wheel alignment system

Profi-Flex HS addresses the issue of run-out, which can occur on manually adjustable track wheels. With tractor speeds increasing the issue of ‘wheel wobble’ can be more pronounced. moveeros’ Profi-Flex HS design, incorporates an integrated centering pins in the spacers, guaranteeing perfect alignment when track settings are changed.

Prevents the increased risk of part loss and “wheel wobble” seen in other systems within the market ensuring optimal performance every time while maintaining event load distribution.

View our product matrix

Track adjustment to optimize yield and comfort at high speeds

Continuously welded flange ring joins the bolted center disc to the wheel rim.
Increased bolt stretch.
16 offset positions, 15mm between each.
Can operate at speeds of up to 50km/h and available with moveero’s patented TW Profi-Fit rim profile.
Standard wheel designs allows up to as much as 260HP.
Rack position moves to optimize the greatest yield on crops.
High performance life and low fatigue due to structurally efficient joint structure.