Gloves Stay On
Your crew rolls a ball instead of dragging a mouse, so gloved hands keep precise control with no fumbling.
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Built to Endure, Engineered for Unrivaled Reliability

































A trackball used in a vehicle, control room, factory or marine environment has to work where a normal pointing device quickly becomes unreliable. Dust, vibration, moisture, impact, gloves, confined workspaces and constant operation can all make a standard mouse impractical. Rugged trackballs are built for these conditions, giving operators precise cursor control without needing desk space or a clean surface. From industrial consoles to defence systems, transport, automation and field equipment, the right rugged trackball helps keep systems controlled, data entered and operators productive when accuracy, durability and reliability matter.








Eight reasons a sealed trackball keeps pointing long after an ordinary mouse has given up.
Your crew rolls a ball instead of dragging a mouse, so gloved hands keep precise control with no fumbling.
Spray hits the sealed housing, not the electronics, so you can wash the whole unit down freely between shifts.
The ball stays fixed in the panel, so it never slides or drops off a crowded, moving console.
No rollers to jam with grit, so solid-state optical sensing keeps pointing precise with no moving contact to wear.
Salt, chemicals and knocks meet a corrosion-resistant stainless steel body instead of eating into your maintenance budget.
These keep going shift after shift, rated for well beyond a million ball revolutions before anything wears out.
Cold stores and hot production lines stay under control, with a wide temperature range from deep freeze to heat.
Bolt it in, sit it on the bench or build it into the housing; every mounting format is covered.
Our Rugged Trackballs are meticulously engineered to deliver unparalleled versatility, consistently performing at the highest level in a wide range of industries and applications. This adaptability, combined with their reliability and excellence, makes our Rugged Trackball products the preferred choice for system integrators and operators alike. Discover the key sectors and use cases where our solutions truly excel
Factory floors combine dust, moisture, vibration and continuous use, all of which defeat an ordinary mouse within weeks. Sealed panel-mount, desktop and OEM trackballs deliver dependable pointing at machinery, HMI stations and control cabinets that are wiped down or hosed between shifts, keeping the line under control.
Machine HMI and shop-floor interfacing
Control cabinet and enclosure integration
Robotics and automated system control
Process control and SCADA access
Maintenance and diagnostics terminals
Quality control and inspection stations

Salt spray, humidity and constant vibration corrode ordinary equipment quickly. Corrosion-resistant, sealed trackballs hold precise control at bridge consoles, in engine rooms and on offshore platforms where pointing must survive a marine atmosphere and a moving deck without failing.
Bridge and helm console cursor control
Engine room and machinery control stations
Offshore platform operator terminals
Navigation and vessel management workstations
Deck and cargo handling systems
Coastal and dockside control cabinets

Defence deployments demand pointing devices that survive shock, vibration and rough handling in the field. MIL-STD tested and sealed, these trackballs hold up in command, control and vehicle-mounted use where a mouse would be impractical and consumer hardware would fail outright.
Command-and-control workstations
Vehicle-mounted computing (MDTs / VMCs)
Secure access and authentication terminals
Ground control station HMI
Field data capture and reporting
Secure communications and command consoles

Studios, dispatch centres and control rooms run around the clock in tight console space. Fixed and precise, these trackballs give operators dependable cursor control at editing desks, mixing consoles and monitoring walls without needing the clear surface a mouse demands.
Broadcast and media control consoles
Emergency dispatch and incident management
Security and surveillance monitoring
SCADA and control-room access
Studio editing and mixing desks
Network and operations centre workstations

Clinical and laboratory settings demand devices that clean without harbouring contaminants and survive repeated decontamination. Sealed and wipe-clean, these trackballs hold precise control at medical carts, imaging consoles and laboratory benches where hygiene and accuracy matter equally.
Medical carts and clinical mobile workstations
Imaging and diagnostic console control
Cleanroom and laboratory bench stations
Pharmaceutical process control
Food and beverage processing terminals
Quality control and inspection

Rail, road and logistics environments combine vibration, temperature swings and continuous operator use. Sealed trackballs provide dependable pointing at signalling, depot and cab terminals that must keep working reliably through constant movement and grime.
Signalling and control-room terminals
Depot and maintenance workshop stations
Vehicle-mounted and cab cursor control
Fleet management and telematics
Yard, dock and gatehouse management
Passenger information and monitoring terminals

Begin with the environment and how the unit will be cleaned. A sealing rating of IP65 or higher keeps sprays, dust and splashes out, and stainless or sealed polymer housings resist cleaning chemicals on washdown lines. Pick the ball size to match the work: a 38mm ball suits fine, seated control in tight cabinets, while a 50mm ball helps gloved hands and fast movement across large screens. Decide how it mounts, whether flush into a panel, loose on a desktop or built into your own equipment as an OEM module. Solid-state laser or optical sensing avoids the rollers that clog on older designs, so look for that where grit is a problem. Finally, check the connector and cable length, and confirm the housing meets any shock or vibration testing your site demands.
When it comes to choosing the right Rugged Trackballs for your industry, having the right information is essential. Our Rugged Trackballs FAQ covers the most common questions about performance, durability, customisation, and more. If you can’t find the answer you’re looking for, feel free to reach out to us.
A rugged trackball is a sealed pointing device that delivers precise cursor control where a mouse cannot survive or fit. Because the ball stays fixed in place, it needs no clear desk area, cannot be dragged off a console, and works with gloves on, while the sealed housing keeps dust, moisture and washdown out of the sensing mechanism. Featured models such as the DT-TB, PM-TB and RTB-1000-WP are built for vibration, contamination and continuous-duty use in settings where a standard mouse would clog, slide around or fail, so the pointing stays available for the full shift.
A rugged trackball is a sealed pointing device that delivers precise cursor control where a mouse cannot survive or fit. Because the ball stays fixed in place, it needs no clear desk area, cannot be dragged off a console, and works with gloves on, while the sealed housing keeps dust, moisture and washdown out of the sensing mechanism. Featured models such as the DT-TB, PM-TB and RTB-1000-WP are built for vibration, contamination and continuous-duty use in settings where a standard mouse would clog, slide around or fail, so the pointing stays available for the full shift.
They differ in how ball movement is sensed. Laser and optical trackballs, such as the solid-state laser DT-TB and PM-TB and the optical O38, O50 and E50-Desktop, use non-contact sensing with no rollers or encoders to clog or wear, which is why they suit sealed, continuous-duty use. Mechanical and sealed-ball designs, such as the M-Track, use a robust ball mechanism with a retention system for easy cleaning. For contamination-heavy or washdown environments, solid-state laser or optical sensing is generally the more dependable choice, and the sensing technology is best matched to how dirty the operating area is likely to get.
They differ in how ball movement is sensed. Laser and optical trackballs, such as the solid-state laser DT-TB and PM-TB and the optical O38, O50 and E50-Desktop, use non-contact sensing with no rollers or encoders to clog or wear, which is why they suit sealed, continuous-duty use. Mechanical and sealed-ball designs, such as the M-Track, use a robust ball mechanism with a retention system for easy cleaning. For contamination-heavy or washdown environments, solid-state laser or optical sensing is generally the more dependable choice, and the sensing technology is best matched to how dirty the operating area is likely to get.
The featured models span IP65 to IP68. The RTB-1000-WP is rated IP65, the DT-TB, PM-TB and DP-TB-50 are IP66 with NEMA 4X, and the Cursor Controls O38, O50, M-Track and E50-Desktop carry the highest IP68 seal for dust-tight and washdown-resistant operation. A higher rating means the trackball tolerates more aggressive cleaning and prolonged moisture exposure, so matching the rating to the area keeps the device sealed against whatever the environment throws at it.
The featured models span IP65 to IP68. The RTB-1000-WP is rated IP65, the DT-TB, PM-TB and DP-TB-50 are IP66 with NEMA 4X, and the Cursor Controls O38, O50, M-Track and E50-Desktop carry the highest IP68 seal for dust-tight and washdown-resistant operation. A higher rating means the trackball tolerates more aggressive cleaning and prolonged moisture exposure, so matching the rating to the area keeps the device sealed against whatever the environment throws at it.
It depends on speed, precision and whether operators wear gloves. A 38mm ball, as on the DT-TB and O38, gives compact, accurate control in a smaller footprint, while a 50mm ball, as on the DP-TB-50, O50 and E50-Desktop, moves faster across large screens and is easier to use with gloves, with the O50 tolerating up to 500N of downward load. The M-Track offers a choice of ball sizes as a build option. As a rule, larger balls favour speed and gloved use while smaller balls favour a compact console, so the choice follows the screen size and operator conditions.
It depends on speed, precision and whether operators wear gloves. A 38mm ball, as on the DT-TB and O38, gives compact, accurate control in a smaller footprint, while a 50mm ball, as on the DP-TB-50, O50 and E50-Desktop, moves faster across large screens and is easier to use with gloves, with the O50 tolerating up to 500N of downward load. The M-Track offers a choice of ball sizes as a build option. As a rule, larger balls favour speed and gloved use while smaller balls favour a compact console, so the choice follows the screen size and operator conditions.
It depends on how the device is installed. For a control panel, cabinet or console, the flush panel-mount PM-TB fits into a cutout with a sealed bezel. For a workstation or bench, the desktop DT-TB, RTB-1000-WP and E50-Desktop sit on the surface. For building a trackball into your own equipment, the rear-mount OEM O38, O50 and M-Track modules integrate into custom keyboards and consoles, and the compact DP-TB-50 suits space-limited field builds. Matching the format to the installation keeps the trackball secure and the sealing intact.
It depends on how the device is installed. For a control panel, cabinet or console, the flush panel-mount PM-TB fits into a cutout with a sealed bezel. For a workstation or bench, the desktop DT-TB, RTB-1000-WP and E50-Desktop sit on the surface. For building a trackball into your own equipment, the rear-mount OEM O38, O50 and M-Track modules integrate into custom keyboards and consoles, and the compact DP-TB-50 suits space-limited field builds. Matching the format to the installation keeps the trackball secure and the sealing intact.
Yes. Sealed trackballs with high ingress ratings clean without letting fluids reach the sensing mechanism. The IP68-rated O38, O50, M-Track and E50-Desktop are designed for washdown and decontamination duty, and the IP66-rated DP-TB-50 is specified for medical and pharmaceutical settings, all with sealed housings that wipe down between uses. Cleaning agents vary between sites, so chemical compatibility and the required rating are worth confirming against the specific detergents in use before deployment.
Yes. Sealed trackballs with high ingress ratings clean without letting fluids reach the sensing mechanism. The IP68-rated O38, O50, M-Track and E50-Desktop are designed for washdown and decontamination duty, and the IP66-rated DP-TB-50 is specified for medical and pharmaceutical settings, all with sealed housings that wipe down between uses. Cleaning agents vary between sites, so chemical compatibility and the required rating are worth confirming against the specific detergents in use before deployment.
Yes, and this is one of the main reasons a trackball is chosen over a mouse or touchpad. Because the operator rolls a ball rather than dragging a device or touching a capacitive surface, gloved hands work naturally and control is not lost. Larger 50mm balls on the DP-TB-50, O50 and E50-Desktop are especially easy to control with heavy gloves, while the 38mm DT-TB and O38 balance glove use with a compact footprint. For heavy PPE or cold-weather gloves, a larger ball and an accessible mounting position give the most comfortable control.
Yes, and this is one of the main reasons a trackball is chosen over a mouse or touchpad. Because the operator rolls a ball rather than dragging a device or touching a capacitive surface, gloved hands work naturally and control is not lost. Larger 50mm balls on the DP-TB-50, O50 and E50-Desktop are especially easy to control with heavy gloves, while the 38mm DT-TB and O38 balance glove use with a compact footprint. For heavy PPE or cold-weather gloves, a larger ball and an accessible mounting position give the most comfortable control.
The iKey models are tested to defence standards. The DT-TB is MIL-STD-810G tested and the PM-TB is MIL-STD-810H tested for shock and vibration, both withstanding three 50g pulses on each of three axes, and the DP-TB-50 is shock tested to the same 50g pulse profile. The RTB-1000-WP is built to tolerate vibration and mechanical shock in industrial use. This keeps the range dependable on moving vehicles, marine bridges and heavy machinery, where a high-vibration installation calls for the MIL-STD-tested iKey models in particular.
The iKey models are tested to defence standards. The DT-TB is MIL-STD-810G tested and the PM-TB is MIL-STD-810H tested for shock and vibration, both withstanding three 50g pulses on each of three axes, and the DP-TB-50 is shock tested to the same 50g pulse profile. The RTB-1000-WP is built to tolerate vibration and mechanical shock in industrial use. This keeps the range dependable on moving vehicles, marine bridges and heavy machinery, where a high-vibration installation calls for the MIL-STD-tested iKey models in particular.
They connect as standard plug-and-play devices. The DT-TB connects over a single USB cable, the RTB-1000-WP supports USB or PS/2 across Windows, Linux and Mac, and the O38, O50 and E50-Desktop use a USB and PS/2 auto-select interface. The OEM O38, O50 and M-Track modules and most iKey units support custom cable, interface and ball options for system integration, so the trackball drops into an existing system with minimal reconfiguration.
They connect as standard plug-and-play devices. The DT-TB connects over a single USB cable, the RTB-1000-WP supports USB or PS/2 across Windows, Linux and Mac, and the O38, O50 and E50-Desktop use a USB and PS/2 auto-select interface. The OEM O38, O50 and M-Track modules and most iKey units support custom cable, interface and ball options for system integration, so the trackball drops into an existing system with minimal reconfiguration.
It depends on the environment. For marine and heavy industrial use, the corrosion-resistant stainless steel RTB-1000-WP or the panel-mount PM-TB are strong fits. For medical, laboratory and washdown areas, the IP68-sealed O50 and E50-Desktop or the IP66-sealed DP-TB-50 stand up to repeated cleaning. For building pointing into your own equipment, the rear-mount OEM O38, O50 and M-Track modules integrate cleanly into consoles and keyboards. Matching the housing material and sealing rating to the setting is what keeps the trackball serviceable over the long term.
It depends on the environment. For marine and heavy industrial use, the corrosion-resistant stainless steel RTB-1000-WP or the panel-mount PM-TB are strong fits. For medical, laboratory and washdown areas, the IP68-sealed O50 and E50-Desktop or the IP66-sealed DP-TB-50 stand up to repeated cleaning. For building pointing into your own equipment, the rear-mount OEM O38, O50 and M-Track modules integrate cleanly into consoles and keyboards. Matching the housing material and sealing rating to the setting is what keeps the trackball serviceable over the long term.
The 38mm ball suits fine, seated work where space is tight, such as compact consoles and cabinets. The larger 50mm ball gives more surface to grip, which helps gloved hands, standing operators and anyone needing coarse, fast cursor movement across big or multiple screens. If your team wears gloves or works in vibration, the bigger ball is usually the safer choice.
The 38mm ball suits fine, seated work where space is tight, such as compact consoles and cabinets. The larger 50mm ball gives more surface to grip, which helps gloved hands, standing operators and anyone needing coarse, fast cursor movement across big or multiple screens. If your team wears gloves or works in vibration, the bigger ball is usually the safer choice.
A panel-mount trackball bolts flush into a console or cabinet fascia, so it cannot be knocked off or removed. A desktop unit sits loose on a bench and moves with the operator. An OEM module is a bare assembly you build into your own equipment. Choose panel-mount for fixed stations, desktop for flexible workspaces and OEM when you are designing the housing yourself.
A panel-mount trackball bolts flush into a console or cabinet fascia, so it cannot be knocked off or removed. A desktop unit sits loose on a bench and moves with the operator. An OEM module is a bare assembly you build into your own equipment. Choose panel-mount for fixed stations, desktop for flexible workspaces and OEM when you are designing the housing yourself.
Yes, and that is one of its main strengths. A ball rolls under gloved fingertips where a mouse or touchpad struggles, and a larger ball makes it easier still. For washdown, look for a sealed housing rated IP65 or higher so cleaning sprays, hoses and splashes hit the casing rather than the electronics. Stainless or sealed polymer bodies also shrug off the cleaning chemicals themselves.
Yes, and that is one of its main strengths. A ball rolls under gloved fingertips where a mouse or touchpad struggles, and a larger ball makes it easier still. For washdown, look for a sealed housing rated IP65 or higher so cleaning sprays, hoses and splashes hit the casing rather than the electronics. Stainless or sealed polymer bodies also shrug off the cleaning chemicals themselves.
Rugged trackballs are sealed pointing devices that deliver precise cursor control where a mouse cannot survive dust, wash-down, vibration, gloves or a lack of desk space. They come in flush panel-mount, desktop and rear-mount OEM formats, using solid-state laser or optical sensing with no rollers to clog or wear. Ball sizes typically span 38mm to 50mm, sealed to ratings from IP65 to IP68 and tested to MIL-STD-810 for shock and vibration. Fixed permanently in place, they are specified for industrial automation, marine, defence, control rooms, medical and transport.
Make A Positive Move
Every deployment is different, and the wrong kit costs you time and money. Tell us where your Rugged Trackball has to work and we will spec the right Rugged Trackball the first time.


