ISO 45001 COMPLIANTDISH-APPROVED

Half-Day Training

Practical half-day certification program focused on operational safety, compliance confidence, and site-level risk control.

Program Overview

Truck mounted cranes — including hydraulic knuckle-boom cranes (HIAB/farana), straight-boom truck cranes (hydra cranes), and articulating cranes — combine the mobility of a truck with the lifting capability of a crane. They are widely used in construction, logistics, utilities, and heavy industry for loading/unloading, material placement, and maintenance lifts. Their mobility, versatility, and frequent operation in unstructured environments make them particularly hazardous when operated by undertrained personnel. ICLM's Truck Mounted Crane / Hydra / Farana Operation and Safety Training develops certified, competent operators for all truck-mounted lifting equipment.

Unlike fixed cranes, truck mounted cranes operate on public roads and in non-controlled environments — near overhead power lines, on uneven ground, in congested urban areas, and alongside unsuspecting members of the public. Outrigger setup on unstable ground, operating in proximity to overhead power lines, and overloading due to unfamiliarity with load chart radius effects are the primary causes of truck crane incidents.

Pre-Use Checks

Daily inspection discipline and hazard spotting basics.

Control Principles

Safe methods, sequencing, and decision making in operations.

Emergency Response

Incident communication and immediate response actions.

Core Learning Modules

Module 01

Types of Equipment: Straight-boom hydraulic truck cranes (hydra cranes): telescoping boom, hook.

Module 02

Vehicle, Crane Components: Vehicle chassis, PTO (power take-off) system, hydraulic power unit, boom sections, hook, winch (where fitted).

Module 03

Pre-Operation Inspection: Daily inspection of vehicle, hydraulic system, boom, wire rope/chain, hook, outriggers, and controls.

Module 04

Load Charts: Reading and applying load charts for the specific crane model — radius, boom length, outrigger configuration effects, and load weight limits.