Transportation Guides: Freight, Equipment, and Technology - Yenra

Explore practical transportation guides for truck efficiency, rail logistics, working equipment, filtration, tracking and emerging technology.

Plan freight movements, choose suitable working equipment, and understand the technologies behind transportation. Start with the practical guides, then explore logistics, asset care, passenger rail and emerging systems.

Practical transportation guides

A navy tractor and ivory semi-trailer sit on a display plinth beneath glass airflow ribbons and an amber wake.

Truck Aerodynamics: Where Drag Comes From and How to Evaluate Fuel Savings

Evaluate truck and trailer aerodynamic devices, compare fuel evidence, and work through a fleet trial and simple payback example.

Two aligned containers sit in a teal well railcar beneath a tall glass clearance frame on an ivory plinth.

Double-Stack Rail Explained: Well Cars, Clearances, and Intermodal Planning

Understand well cars and stacking limits, then compare terminal handoffs, drayage, delivery windows and complete shipment costs.

A navy and teal telehandler with empty lowered forks stands beside abstract glass reach shapes and a closed notebook.

Telehandlers: Capacity at Reach, Attachments, and Job Planning

Choose a telehandler using the actual load, required reach, approved attachment, site conditions and supporting equipment documentation.

An industrial radio-control pendant faces a separate empty guarded platform resting at ground level, with a clear glass panel between them.

Remote-Control Telehandler Work Platforms: Approved Systems and Planning Checks

Distinguish remote material handling from personnel-platform use, and document approved combinations, controls and emergency arrangements.

A pleated filter sample stands beside an enlarged teal fiber web over an ivory support layer in a glass case.

Nanofiber Filter Media: Efficiency, Restriction, and Service Life

Read filter-media claims in context, distinguish air and oil testing, and compare efficiency, restriction, capacity and service requirements.

An opened navy air-cleaner housing and cartridge sit beside a separate cone filter, intake duct and amber inspection tile.

Engine Intake Filters: Fit, Filtration, and Realistic Performance Claims

Check intake-filter compatibility and seals, choose the correct service method, and evaluate airflow, power and fuel-economy claims.

Freight visibility and asset care

Cargo Transportation: Today's State of the Art

Compare transport modes, intermodal systems, documentation, automation and the limits of emerging freight technology.

Ocean Shipment Tracking: Technologies, Data Standards, and Predictive Visibility

Distinguish vessel positions, container events and predictive arrival estimates across maritime logistics.

Asset Tracking Technology for Freight, Fleets, Rail and Marine Operations

Understand asset identification, positioning, connectivity, sensors and integration across freight operations.

Protective Railcar Coatings: Systems, Application, Inspection, and Maintenance

Explore coating systems, surface preparation, inspection and maintenance for different railcar service environments.

Working equipment and rail travel

Today's Tractors: An Introduction to a Wide Range of Quality Machines

Compare tractor classes, capabilities, attachments, service support and the work each type is suited to.

Scenic Train Rides: Railways of the East Coast and Across America

Explore scenic railways across the United States, with particular attention to the East Coast and trip planning.

Transportation technology and its limits

10 Technologies Improving Transportation

Survey electric vehicles, automation, rail, micromobility and connected infrastructure through their operating constraints.

10 Ways AI is Improving Transportation

Examine AI in traffic management, maintenance, freight planning and other transport workflows, including data and oversight needs.

Virgin Hyperloop One: The Experiment Ended, but Its Achievements Remain

Read a retrospective on the company’s engineering milestones, commercial obstacles and closure.