Industrial Vehicle AI Glossary

An unmanned material-handling vehicle that follows a predefined route using external guidance such as magnetic tape, floor codes or laser reflectors.

A mobile handling robot that uses onboard lidar, vision and SLAM to map its surroundings, localize itself and plan routes around obstacles without floor guidance infrastructure.

An electric truck that lifts a pallet slightly off the floor for horizontal transport, widely used in warehouses and loading areas.

A compact electric truck combining horizontal transport with mast-assisted pallet stacking, suited to moderate rack heights and tight aisles.

A forklift that balances its front load with rear counterweight, allowing direct access to racks and trailers without front support legs.

A warehouse truck whose mast or fork carriage extends to retrieve goods and retracts for stable travel in narrow aisles and high racking.

A high-lift truck that accesses racks in very narrow guided aisles by rotating or shifting its forks rather than turning the vehicle body.

A warehouse truck that raises the operator with a platform to pick individual items or cases directly from storage locations.

A vehicle that pulls a train of material carts rather than carrying the goods itself, suited to regular high-volume routes.

A narrow-aisle truck whose fork assembly rotates and shifts to serve either rack side without turning the chassis.

A device fitted to a forklift to extend its handling functions, such as side shift, fork positioning, clamping or rotation, with effects on residual capacity.

A forklift combining automated navigation and control with pallet lifting and stacking, rather than horizontal transport alone.

A forklift designed for unpaved outdoor ground, commonly using large pneumatic tyres, high clearance and suitable traction and power.

A mobile heavy container handler using a telescopic boom and top spreader to access containers across multiple stacking rows.

The pump, valve, cylinder, reservoir and hose system that powers lifting, mast tilt, steering and attachments.

The component carrying vehicle and load weight and transmitting travel, steering and braking forces, with solid, pneumatic and polyurethane designs for different duties.

A load-carrying base with fork-entry openings, whose dimensions and condition influence racking, handling and automation compatibility.

The estimated percentage of usable battery charge remaining, serving as an electric vehicle's fuel gauge.

The electronic system that monitors battery cells, estimates charge and health, balances cells and protects against unsafe voltage, current and temperature.

A measure of battery capability retained relative to new condition, often expressed as usable capacity divided by rated capacity.

A comparison of the two main industrial traction batteries: lithium offers fast charging and low maintenance, while lead-acid offers a lower initial price and mature infrastructure.

Charging during shift changes, waiting periods or meal breaks to reduce the need for spare batteries and battery swapping.

Scheduled watering, equalization, cleaning, connection checks and electrolyte testing that preserve flooded lead-acid traction-battery performance.

Equipment that converts mains AC to controlled DC and follows the charging profile required by the battery.

Replacing a depleted battery pack with a charged one to keep a truck working, traditionally used for multi-shift lead-acid fleets.

Measuring and improving vehicle energy use to reduce cost, identify equipment problems and optimize work patterns.

Using the drive motor as a generator during deceleration to return energy to the battery and reduce friction-brake wear.

An electrochemical generator using hydrogen and oxygen, offering rapid refuelling but requiring a suitable hydrogen supply, storage and dispensing system.

A motor converting electrical energy into travel or hydraulic power, commonly an AC induction or permanent-magnet synchronous design.

The high-current connection between a battery, vehicle or charger, where wear or poor contact can cause heat, arcing and charging faults.

Planning and operating a charging area, including ventilation, electrical supply, layout, handling procedures and battery-state management.

A sensor-based assistance system that warns drivers or intervenes to reduce risk, focusing on close-range pedestrian and vehicle hazards in industrial settings.

A safety interlock that detects whether the operator is in the required position and inhibits travel or lifting when the operator leaves.

Sensors monitor areas outside the driver's direct or mirror view and warn when people or obstacles enter them.

Virtual map boundaries trigger actions such as speed limits, warnings or access restrictions when a vehicle enters, leaves or remains in an area.

A system that detects collision risk and can intervene through speed limitation, deceleration or braking, beyond giving a warning alone.

Detecting proper restraint use to trigger warnings, record violations or apply vehicle interlocks, helping protect operators during overturns.

A truck's resistance to overturning under load, determined by weight, load centre, lift height, terrain and dynamic operation.

Technical control of maximum travel speed, either globally or dynamically by zone, load, lift state or operator qualification.

A protective structure above the operator that helps intercept falling objects and contributes to the truck's designed protective space.

Using operator-facing sensing to recognize patterns of drowsiness or distraction and trigger an appropriate safety response.

A rear camera and operator display that extend visibility during reversing, without necessarily detecting risk or controlling the vehicle.

On-truck load estimation or measurement, commonly using hydraulic pressure or strain sensors, for overload awareness, process checks and operating data.

The service, parking and, on electric trucks, regenerative braking functions that provide deceleration, stopping and stationary holding.

Wireless tags and infrastructure estimate personnel locations for vehicle proximity protection, area control and emergency accountability.

Audible or visual signals, such as reversing alarms, beacons and projected floor lights, that alert people to an approaching vehicle.

Fixed and vehicle lighting that supports observation, accurate handling and reliable camera-based perception.

A software platform that centrally monitors, coordinates and maintains industrial vehicles using onboard data to manage assets, work statistics, safety events and service reminders.

A maintenance strategy that uses operating data to anticipate failure and schedule service before breakdown, between repairing after failure and replacing on a fixed schedule.

A large-language-model application tailored to industrial work using equipment documentation, maintenance knowledge and live operating data.

A method that retrieves relevant knowledge before generating an answer, supporting traceable responses and document updates without retraining the model.

A digital representation continuously synchronized with a physical asset or system for monitoring, historical analysis and scenario testing.

A shared two-wire differential communication network linking vehicle controllers, batteries and instruments, and a key source of onboard operating data.

The power-electronics unit that converts battery energy into controlled motor current, regulating speed and torque while providing protection and diagnostics.

Software that manages warehouse storage and movements, including putaway, inventory, picking and dispatch, and generates many vehicle handling tasks.

A system linking enterprise planning with shop-floor execution through work orders, progress tracking, quality records and material-delivery requests.

Processing data near its source, on a vehicle or local server, to reduce cloud latency and dependence on continuous connectivity.

Wireless delivery of software, firmware, configuration or model updates to deployed devices without servicing each vehicle in person.

Connecting equipment operating data to a cloud platform for remote monitoring, shared management and analysis, using consistent data and interface definitions.

A system recording maintenance from request and assignment to execution and acceptance, providing the equipment history needed for reliable analysis.

An explicit network of entities and relationships linking equipment, components, faults, parts and remedies for structured queries and traceable reasoning.

Acquiring equipment signals with suitable coverage, frequency, accuracy, identities and timing so later analysis can be trusted.

Managing parts classification, stock, procurement and consumption to balance downtime risk against tied-up inventory.

Connecting fleet platforms with warehouse, production, maintenance and other systems through agreed tasks, states, identifiers and exception handling.