Control Solutions
Joysticks, pedals and armrests designed for precise, reliable and ergonomic machine control.
Control components are selected based on operator ergonomics, machine dynamics and system interface. The goal is predictable, repeatable control under real working conditions.
- Operator interface and ergonomics
- Mechanical feel and repeatability
- Signal interface and redundancy
Joysticks
Joystick solutions across distinct product families — selected to match operator tasks, ergonomics, safety requirements and system interfaces.
The joystick portfolio includes multiple models and variants. Selection is driven by application, interface requirements and safety targets — not by a single “best model”.
- Start with the family that matches the operator task
- Share interface, environment and safety level
- We recommend a suitable direction and next step
Overview of joystick families
These families help structure the joystick landscape. They are not a complete product list. Share your use case and requirements, and we will point you in the right direction.
Single-axis joysticks
Dedicated proportional or on/off functions where defined feel, centering and repeatability matter.
- Detents and hold positions (depending on model)
- Defined centering force / spring curves
- Analog / SPI and more
- Redundancy options where applicable
Palm grip joysticks
Compact hand grips for single or multiple axes — suitable when space and ergonomics are key.
- Single- or multi-axis variants
- Optional buttons and triggers
- Analog / PWM / CAN / J1939
- Ergonomic integration options
Full-grip hand controls
Integrated hand controls for primary functions — combining multiple inputs in one unit.
- Buttons, triggers and LEDs
- Optional feedback or vibration
- Diagnostics where applicable
- CAN / J1939 / Analog outputs
Thumbsticks
Fine adjustment and auxiliary inputs — compact control for armrests, grips or panels.
- Single- or dual-axis
- Grip / armrest / panel integration
- Analog / SPI interfaces
- Compact envelopes for tight layouts
Model names shown are illustrative examples within each family. Final selection depends on application, base configuration, interface requirements and environment.
What typically differentiates joystick bases
Within each family, the base design and options drive feel, safety capability and integration. Share the factors below to get a fast and accurate recommendation.
Sensor technology
Contactless sensing (e.g., Hall) versus resistive technologies. Impacts signal stability, lifetime, redundancy options and diagnostics capability.
- Hall / contactless (typical for long lifetime)
- Redundant channels where required
- Diagnostics depending on platform
Return-to-center and force profile
Spring return, force curves and damping define operator feel and repeatability — and should match the task and expected duty cycle.
- Spring return force / curves
- Damping / friction (where applicable)
- Centering precision
Detents and hold positions
Mechanical detents and hold functionality support defined “steps” or stable positions for certain machine functions.
- Detent positions
- Hold / friction options
- Repeatability of the “feel”
Interface and electronics
Output and bus interfaces drive system compatibility and diagnostics. The same mechanical platform can exist in different electronic variants.
- Analog / PWM
- CAN / J1939
- SPI (common for thumbsticks)
Environment and durability
Temperature, ingress protection, vibration and EMC requirements determine sealing, materials and mechanical design choices.
- IP / sealing requirements
- Temperature range
- Vibration / EMC considerations
Integration constraints
Mounting, envelope limits and connector direction often decide which bases are feasible early in the selection.
- Panel / armrest / grip mounting
- Envelope limits
- Connector orientation
What to share to get a fast recommendation
Machine type, primary function, operator task
Analog / PWM / CAN / J1939 / SPI
Redundancy needs, diagnostics, targets
Panel / armrest / grip, envelope limits