OTTO's smaller HMI controls offer high performance for space-constrained applications. Find out more about some of our compact controls below.

JHLN is a single-axis, narrow, bottom-mount joystick with friction hold or return-to-center actuation and five handle styles.  

The JHM is a full-function, bottom-mount joystick for areas with shallow behind-panel depth. Select between 18 handles or pair it with an OTTO grip.

The ergonomic G3-D grip fits well in the operator’s hand. Combined with a JHM joystick to make the HJMG3-D assembly, it’s also a great fit for the operator’s cab.  

Mini joysticks, available with z-axis and pushbutton options, move precisely and fit well on wireless controllers and panels. 

Single-axis models come in eight button styles and provide excellent tactile feedback with proportional linear output.

Dual-axis models offer numerous gating options, including return to center and omnidirectional with a guided feel or detents.  

Single- and dual-axis HTLT series joysticks have various button styles, such as a castle with pushbutton or a bat handle. 

Self-centering, single-axis paddles with 14 output options are solid performers for grip, armrest or panel mounting. 

The HTW is a proportional output, self-centering, spring return-to-center single-axis joystick. Detent options available.

This is a friction hold thumbwheel. Like the HTW, this model has numerous output options, and electronics are sealed.

This subminiature model features buttons types such as thumb paddle wheel with seal boot or knurled wheel.

OTTO Controls offers a broad range of miniature and subminiature control solutions—from pushbuttons to basic switches—engineered for performance in space-constrained designs. Our team works with you to identify the right solution for your requirements.

To learn more, complete the form below or visit www.otto-controls.com.

Find out more about compact controls. Or ask about customization services to design and

develop solutions to meet your unique specifications. Let’s start the conversation.