Aerial work platforms operate in demanding environments: elevated positions, confined spaces, rough terrain, indoor and outdoor use. OEM Controls designs controllers that respond with precision, reliability and ruggedness – addressing safety-critical applications such as vertical mast lifts, indoor scissor lifts, rough-terrain scissor lifts, articulating booms and telescopic booms.

Aerial work platforms rely on a variety of precision controllers to safeguard operator movement, control hydraulic or electric functions, and integrate with machine systems at height, in confined spaces or on uneven terrain.

• Joysticks: These provide intuitive, proportional control for functions such as lift/lower, boom extension/retraction,
  and drive/steer.

• Foot pedals: Used for drive-enable or safety interlock functions so that motion only occurs under controlled conditions.

• Handles and switch assemblies: Ergonomic grips furnished with auxiliary switches (for lights, horn, tilt-lock, platform leveling) that allow the operator to manage multiple tasks without shifting control posture.

• Electronic control modules: These process the inputs from joysticks, pedals and sensors, apply safety interlocks, and communicate via CAN-bus (CANopen, J1939) or PWM/analog networks to the machine’s hydraulic or electric actuators.

• Smart sensor-integrated controllers: Emerging in modern AWPs for advanced features such as load-sensing, diagnostics, telematics and automated safety cut-outs (for tipping, overload, or terrain instability).

• Indoor vertical-mast lifts: operating in warehouses or facilities where compact, precise control is required.
• Rough-terrain scissor lifts and articulating boom lifts: used on construction sites, where controllers must operate reliably over vibration, dirt and outdoor exposure.
• Telescopic boom platforms: used for infrastructure maintenance or utility access, demanding multi-axis control and integration with machine telematics.
• Telehandler-mounted platforms or truck-mounted lifts: where the controller interface must be ergonomic, intuitive and integrated into the vehicle cab.

• Rugged Proportional Joysticks: Engineered for smooth, precise movement of booms, masts, and platforms with single-, dual-, or multi-axis configurations.

• Customizable Handles and Grips: Tailored with switches, triggers, thumbwheels, and detents for multiple functions and ergonomic operator comfort.

• Integrated Safety & Enable Controls: Foot pedals and enable switches ensure movement occurs only under intentional, operator-controlled conditions.

• CAN-bus and Analog Compatibility: Supports CANopen, J1939, PWM, or analog communication to fit a wide range of machine architectures.

• Environmental Durability: Designed to withstand outdoor job sites, vibration, dust, and moisture; tested to meet IP-rated sealing standards.

• Smart Sensor & Diagnostic Integration: Available with load sensing, position feedback, and diagnostic data outputs for advanced AWP performance and safety monitoring.

• Application-Specific Engineering: OEM Controls partners directly with AWP manufacturers to configure controllers for scissor lifts, boom lifts, telehandlers, and other access platforms.

• Required axes or functions (propulsion, crane, steering)
• Signal protocol (CANopen, NMEA, analog, PWM)
• IP / corrosion rating
• Handle ergonomics and mounting type
• Redundant sensing for safety-critical use
• Integration with existing marine systems

OEM Controls addresses signal drift, corrosion, and vibration failures with robust design and testing.

• Conformal coatings and sealed connectors
• Dual sensors for redundancy
• Potting and gasketed enclosures to block saltwater
• Shock-resistant construction for high-vibration decks

OEM Controls designs proportional joysticks, foot pedals, handle assemblies, and electronic control modules for AWPs, providing precise motion control and reliable operation.

Yes. Handle shape, switch layout, and output type (CANopen, J1939, analog, PWM) can be customized to match the machine’s design and operator needs.

Yes. Controllers support advanced electronics and diagnostics, making them ideal for modern, hybrid, or fully electric aerial work platforms.

Proportional control, ergonomic design, and integrated safety interlocks reduce operator fatigue, enhance precision, and improve overall job-site safety.

BT61n

Lanyard attachment monitor for safer aerial lift operation.

HJS7

Multi-axis industrial joystick for precise equipment control.

JS9 Joystick

Rugged, programmable joystick designed for precise and reliable control.

MS4 Joystick

Reliable single-axis joystick controller configured for marine use.

HMS7

Single-axis controller for precise equipment movement.

Rotary Switch

Contactless rotary selector switch built for harsh-environment control panels.