Clearing-up Electrification Myths and Nonsense
A vehicle with any form of electrification should have increased fuel efficiency and produce the least emissions of comparable cars, trucks and SUVs on the road.
Tech
Automotive Software Development: Key Trends an Automotive Software Development: Key Trends and Best Practices
Carmakers spent a century mastering metal and torque—now they’re racing to master code that has to keep working for 10 years without anyone touching the hardware.
Die Casting vs. CNC Machining – How To Choose
If you are sourcing a metal component and weighing these two processes (die casting vs. CNC Machining), the honest answer is that neither one wins every time.
Beyond Horsepower: What Really Makes a Car Feel Premium
What defines a premium car? How well the suspension manages the relationship between road and cabin.
What Does an Intake Manifold Do in a 6.7 Power Stroke?
The Ford 6.7 Power Stroke intake manifold’s purpose is to deliver the power; to help the air flow into the cylinders to ensure combustion efficiency and proper air flow.
How Thin-Film Coatings Support the Future of Electric Vehicle Electronics
Thin-film coatings play a quiet but important role in helping key electric vehicle parts perform reliably under pressure, contributing to the long-term safety and reliability of modern EVs.
Virtual Receptionist in Car Industry: AI Voice Agent for Dealership Calls
Implementing a sophisticated virtual receptionist powered by conversational intelligence is rapidly shifting from a luxury to an industry standard.
4 Common Reasons EV Drive Units Fail and What You Can Do About It
Electric vehicles are known for being simple and reliable, but that does not mean everything lasts forever.
Why EV Drivers Want Real Buttons Back, And What Carmakers Are Changing
More EV buyers are asking for physical buttons, knobs, stalks and switches again. They are not asking carmakers to remove screens. They want the screen to stop swallowing every basic control.
Advanced Safety Features in Modern EVs for 2026
Modern electric vehicles act as continuous safety networks, always scanning for hazards and adapting to keep drivers safe.