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The Challenge Behind Every Motorcycle Touchscreen

Why gloves, water, electrical noise and complex display designs push motorcycle touchscreens to their limits. 

The touchscreen has become the centre of the modern motorcycle cockpit. Navigation, vehicle settings, communication, media and riding modes are increasingly accessed through a single touch display. 

Riders expect that display to respond with the same speed and consistency as the smartphones and tablets they use every day.The main challenge however is that a motorcycle touchscreen must deliver that experience in conditions that consumer devices are rarely designed to face. 

What riders expect

What riders expect

  • Operation with bare fingers and all glove types
  • Reliable use in rain, snow, mud and more
  • Easy interaction
  • Consistency across every season
Rider Challenges

Gloves

One display, many glove types

Water

Part of everyday riding

Electrical noise

The invisible challenge

Display design

Thicker lenses, more layers

Gloves Change Everything

The same touchscreen may be used with lightweight summer gloves, waterproof touring gloves, insulated winter gloves, snowmobile gloves or bare fingers during a single journey.

Simply increasing sensitivity is not enough. A reliable system must recognise each interaction and apply the right glove or finger detection behaviour automatically.

Riders should be able to use the display naturally, without switching modes or adjusting settings.

Water Is Not an Edge Case

Riders Don't Stop for Rain, and Neither Should the Screen

On a motorcycle or recreational vehicle, water exposure is part of everyday operation. The touch controller must therefore reject unwanted water interactions while continuing to recognise genuine input.

Rain
Salt & road spray
Standing water
Snow & ice
Mud & sweat
!

Traditional touch systems respond by reducing functionality or restricting operation entirely in wet conditions.

For riders, that compromise is rarely acceptable. Essential controls still need to work when the weather turns.

The Invisible Challenge: Electrical Noise

Modern motorcycles contain a growing number of electronic systems, creating a complex electromagnetic environment.

The touch controller must detect extremely small signals and separate them from interference generated elsewhere in the vehicle.

Electrical noise immunity is becoming just as important as glove and water performance.

Touch Controller Diagram
Processors
Charging
Heated grips
TOUCH
CONTROLLER
Comms modules
LED lighting
Power converters

Mechanical Design

Touch performance is also shaped by the physical construction of the display. Manufacturers increasingly want thicker cover lenses, anti-glare coatings, anti-reflective treatments and protective layers that improve durability, visibility and perceived quality. 

These features support a premium outdoor interface, but every additional layer makes accurate touch detection more demanding. Designers need a touch solution that works across different display architectures without forcing a compromise between durability, appearance and performance. 

What should designers look for?

Continuous operation in wet environments
Strong immunity to electrical interference
Bare fingers and all glove types/thicknesses
Thick cover lenses and complex stacks
Scalability across screen sizes
NFC compatibility

Built for the Real World: aXiom

From complex motorcycle applications and rugged outdoor displays, to demanding automotive and industrial touchscreens, aXiom delivers flawless touch and force performance across all screen sizes, aspect ratios, and custom configurations.

aXiom Feature Component

Glove & Finger Detection

Dedicated detection modes support all glove types and thicknesses, with seamless, natural transitions to bare fingers.

Advanced Water Tolerance

Distinguishes genuine user interaction from moisture and heavy contamination, supporting uninterrupted operation in wet conditions.

High Noise Immunity

Robust signal processing maintains accurate touch performance in electrically challenging vehicle and industrial environments.

Flexible Display Integration

From 3-inch interfaces to larger displays, with thick cover lenses, integrated NFC, and complex stack-up constructions.

aXiom Chip Family:
AX24A AX54A AX80A AX112A AX198A

Building a Touch Interface for Motorcycles?