What Is Truck Platooning? The Fuel Economy of Driving in Convoy
Trucks electronically linked together and travelling in a convoy at short intervals promises measurable fuel savings by reducing aerodynamic drag.
Read MoreArticles on aerodynamics, fuel savings and material technology, backed by peer-reviewed academic research.
Trucks electronically linked together and travelling in a convoy at short intervals promises measurable fuel savings by reducing aerodynamic drag.
Read MoreThe main variable determining the size of the convoy gain is the distance between vehicles; but the shortest interval is not always the most efficient one.
Read MoreAn autonomous tractor must also sense and manage the trailer it pulls. The trailer's readiness for this world depends on a handful of critical infrastructure decisions.
Read MorePerception sensors are moving from the cab to the trailer: since most blind spots run the length of the trailer, the eye needs to be there too.
Read MoreThe first real workplace for the autonomous heavy vehicle is not the motorway but the depot yard: low speed, private property and repeating routes make the technology applicable today.
Read MoreEBS is the cornerstone of autonomous driving on the trailer: without a brake system that executes commands within milliseconds and reports its own status, the autonomy equation cannot be built.
Read MoreThe fifth wheel is no longer just a mechanical coupling; it is becoming the bridge for a growing data traffic between tractor and trailer.
Read MoreThe first commercial form of full autonomy looks set to be not door-to-door, but a hub-to-hub model operating between transfer centres beside the motorway.
Read MoreWhen the driver is out of the loop, who does liability pass to? The biggest obstacle ahead of autonomous transport is not technical, but legal and actuarial.
Read MoreAutonomy is not a switch but a staircase: today's brake and lane assistants are the first steps on the stairway leading to fully autonomous transport.
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