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Telehandler Safety: Safe Work Practices Training Course

Name: Telehandler Safety: Safe Work Practices Training Course
Brand: Atlantic Training
SKU: AT296
Availability: OnlineOnly

This training covers eliminating machine tip-overs, utilizing load charts, and enforcing Class 7 multi-industry regulatory compliance.

13 minutes

EN / ES / FR

2026

SKU: AT296

Training Objectives

Differentiate between standard warehouse lifts and variable-reach boom physics

Execute comprehensive pre-operation inspections to identify latent mechanical flaws

Apply the L.I.F.T. methodology to maintain a rock-solid stability pyramid

Operate frame-leveling controls safely to achieve ideal side-to-side chassis balance

Enforce 10-foot high-voltage clearance boundaries based on line voltage calculations

Course Overview

Picture yourself stepping onto a highly dynamic job site, only to be met by the catastrophic crash of a tipping ten-thousand-pound chassis, punctured hydraulic lines, or a buckled boom assembly. In the construction, industrial, and agricultural sectors, telehandler accidents are an expensive, fatal nightmare that halts production, drives devastating liability claims, and severely threatens ground crew safety. Massive leverage forces during high-elevation placements or rapid extensions across uneven terrain mean that standard operating assumptions simply fail under pressure.

This course delivers a complete, hands-on masterclass in implementing Class 7 Telehandler Safety Protocols—specifically focusing on variable-reach forklifts and telescopic tool carriers. You will move past casual, uncalculated operating techniques to master an engineering blueprint built on load chart analytics and complex stability dynamics. This course deep-dives into the operational mechanics of the three-dimensional stability pyramid, showing how these physics principles shift balance forward and upward without warning when the boom extends.

We strip away guesswork from the operator's cab by enforcing a precise, step-by-step protocol. You will master critical pre-shift walk-around inspections, execute the foundational L.I.F.T. methodology, manipulate specialized frame-leveling systems, and apply engineered lifting attachments to lock down an immovable, secure suspended load. Furthermore, we link warehouse and job site actions directly to legal transport frameworks, covering strict mandates set by the Occupational Safety and Health Administration (OSHA) under 29 CFR 1910.178 for powered industrial trucks and 29 CFR 1926.602 for material-handling equipment. You will learn the exact calculation required to safely navigate high-voltage corridors—maintaining a mandatory 10-foot clearance envelope for lines up to 50 kilovolts—to prevent catastrophic transit and electrical failures.

This training is custom-built for logistics supervisors, warehouse dock crews, supply chain managers, rough-terrain freight handlers, and safety compliance officers dedicated to maintaining zero accidents, mitigating liability, and ensuring absolute regulatory compliance across global distribution and construction networks.

This program is available with Spanish and French closed captions.

29 CFR 1910.178; 29 CFR 1926.602

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Yes, but you must use an engineered attachment that is factory-approved and mechanically locked to the fork carriage. Wrapping slings or chains directly around standard fork tines is a serious safety violation because smooth steel tines can cause loads to slip during boom rotation or elevation.

Under OSHA rules, telehandlers are classified as Class 7 rough-terrain powered industrial trucks. While a warehouse forklift lifts loads vertically over its front wheels, a telehandler utilizes a telescoping boom that extends both outward and upward, creating a moving center of gravity that dynamically increases leverage against the front of the machine.

Every telehandler configuration behaves differently based on boom angle, extension distance, and attachment weight. Operating without verifying these parameters against the model-specific capacity chart violates safe practices, alters your effective lifting limits, and can trigger a severe tip-over or mechanical failure.

Operators must deploy stabilizers on firm ground and utilize the frame-leveling controls to level the chassis side-to-side before elevating the boom. Attempting to adjust frame leveling while the boom is already raised shifts the center of gravity outside the stability pyramid, causing the machine to roll over.

OSHA safety guidance requires telehandlers to maintain a strict minimum clearance of 10 feet from energized lines up to 50 kilovolts. For higher-voltage systems, this boundary must be expanded by approximately 4 inches for every additional 10 kilovolts to prevent electricity from arcing directly to the boom.

Per-User License

$55

Max/Title Price

Volume discounts available

13-min streaming video | 30–45 min interactive course

Certificate of completion

Multiple language options

Progress tracking

Mobile compatible

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Disclaimer: This training provides safety information on inspection, stability, and operation of variable-reach forklifts (telehandlers). It is based on Occupational Safety and Health Administration (OSHA) requirements for powered industrial trucks (29 CFR 1910.178) and applicable provisions for material-handling equipment in construction (29 CFR 1926.602), as well as manufacturer guidelines and industry standards. This program is a supplemental educational resource and does not replace site-specific safety plans, manufacturer operating manuals, or the formal training, evaluation, and operator certification required by OSHA and your employer.