AERIAL WORK PLATFORM

INDUSTRY CONTROLLERS & SOLUTIONS

INDUSTRY: Aerial Work Platform

OEM Controls designs and manufactures configurable joystick controllers, handles, switches, foot pedals, electronic modules, and data-delivery products for aerial work platform manufacturers, system integrators, and specialized access-equipment applications.

Aerial work platforms require precise, predictable operator control for lifting, positioning, driving, steering, and performing auxiliary functions at height.

From compact vertical mast and scissor lifts to articulating and telescopic boom platforms, the right control solution should be selected around the machine’s functions, operator requirements, electrical architecture, operating environment, and integration needs.

Aerial Work Platform Applications

Different types of aerial work platforms place different demands on the operator interface. Controller selection should reflect the movements, functions, operating environment, and machine architecture of the specific equipment.

industrial lift
boom lift building
boom lift construction site
utility truck

Vertical & Scissor Lifts

Indoor equipment may prioritize precise maneuvering and efficient use of limited operator-panel space, while rough-terrain scissor lifts introduce additional exposure to vibration, dirt, moisture, and outdoor jobsite conditions.

Articulating Boom Lifts

Articulating boom lifts can require coordinated operator input across several machine movements, including boom elevation, articulation, platform positioning, drive, steering, and auxiliary functions.

 

Telescopic Boom Lifts

Controller configuration should consider axis requirements, proportional response, handle functions, electrical interface, mounting, and the physical layout of the platform controls.

Truck-Mounted & Specialized Access Equipment

These applications may require a control configuration tailored around the equipment’s specific functions, operator interface, packaging constraints, and machine architecture.

Engineering the Operator Interface

Aerial work platform control selection should consider how the operator needs to move the equipment, which functions need to be available simultaneously, and how the controller will integrate with the rest of the machine.

Control Precision

Controller selection should consider mechanical travel, proportional response, axis arrangement, return-to-center behavior, and the amount of modulation the operator needs for each controlled function.

Function Density

Configurable handles can incorporate switches, triggers, thumb controls, and other inputs so frequently used functions can be positioned where they make sense for the application.

Operator Ergonomics

Grip geometry, controller placement, operating force, hand position, and switch accessibility can influence how naturally the operator interacts with the machine during repeated operation.

The operator interface should therefore be evaluated as a complete system rather than selecting individual controls in isolation.

Environmental Requirements

Aerial work platforms may operate indoors, outdoors, on construction sites, or in other demanding environments.

Vibration, dirt, moisture, temperature, exposure, and expected duty cycle should be considered when determining the appropriate controller and configuration.

Frequently Asked Questions (FAQs)

Important inputs include the required axes and machine functions, desired output or communication interface, supply requirements, mounting envelope, connector requirements, handle inputs, mechanical travel, and the characteristics expected by the downstream controller or hydraulic/electric system. Environmental requirements and the physical operator-control layout should also be established before final controller selection.

A configurable handle can place switches, triggers, thumb controls, or other operator inputs directly on the primary controller. This can reduce hand movement and consolidate frequently used functions, but function placement should consider frequency of use, operator reach, accidental activation, available handle positions, wiring, and the overall machine-control strategy.

These mechanical characteristics influence how the operator moves and interprets the controller. Gates can constrain lever movement to the intended axes or patterns. Detents can provide tactile position feedback where appropriate. Return-to-center characteristics determine how the controller behaves when operator input is released. The appropriate combination depends on the machine function and desired operator interaction.

Yes. Drive, steering, boom elevation, extension, articulation, and platform positioning can have different requirements for travel, modulation, operator feedback, and simultaneous operation. An effective control architecture evaluates the needs of each function and then determines how those functions should be grouped across the operator interface.
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Explore Aerial Work Platform Control Options

Joystick Controllers

Single- and multi-axis controls for proportional and coordinated machine functions.

Handles & Operator Interfaces

Configurable grips and controls for operator-accessible auxiliary functions.

Switches & Foot Pedals

Alternative input devices for switching, selector and specialized control requirements.

Data Delivery

Tags, trackers and gateways for equipment and asset visibility.

Build The Control Around The Machine

The right aerial work platform control solution starts with the equipment, operator, and functions that need to be controlled.

OEM Controls can help evaluate the controller, handle configuration, operator inputs, electrical interface, and integration requirements for your application.