Automated manual transmissions explained clearly: learn how AMTs work, why fleets choose them, and where they fit best for efficiency, control, and lower driver workload.

Heavy duty transmission retarders vs engine braking: discover which option gives long-haul fleets better downhill control, lower brake wear, smarter AMT integration, and stronger lifecycle value.

Truck transmissions for long haul compared: AMT vs manual vs automatic for better fuel economy, less driver fatigue, and smarter fleet decisions. Find the best fit for your routes.

Automated manual transmissions for trucks explained: compare AMT vs automatic and manual, uncover fuel-saving benefits, duty-cycle fit, and maintenance factors before you choose.

Predictive cruise control for fleets can cut fuel use on hilly routes—but only with the right terrain, payload, and AMT setup. Learn when fleets see real savings.

Brazil AMT demand climbs as Brazil’s fuel economy rule pushes Class 8 fleets toward efficient transmissions. See how ANP Resolution 892/2026 may reshape truck specs, sourcing, and logistics planning.

Predictive cruise control explained: see how road data, GPS, and transmission logic help trucks cut fuel use, smooth shifting, and improve route efficiency across highways, mountains, and mixed routes.

Commercial vehicle transmissions explained: compare manual, AMT, and automated options to cut fuel costs, improve uptime, and choose the best fit for your fleet.