🔒

Capstone: Sizing a Powertrain to a 0–100 km/h Target

Inside this lesson
  • Apply the force balance to size powertrain power for a 0–100 target
  • Estimate battery and fuel-tank mass for a range target
  • Compare ICE and BEV on mass, power, and consumption
  • State the educational-only boundary (not a production/road-legal design)

Unlock the full Automotive Engineering course

  • Every paid lesson in this course — one purchase.
  • Interactive simulators for vehicle handling, drive-cycle energy flow, and crashworthiness physics.
Unlock the course →

One-time purchase — see options on the next page.

or unlock everything with all-access

Not ready yet? See the free preview lessons across the course.

⚖️
Educational content covering topics typical of a first- and second-year automotive engineering curriculum. Not a substitute for accredited coursework, and not suitable for real vehicle design, operation, regulation, or safety decisions without review by a licensed professional engineer. References to WLTP/EPA test cycles, ISO 26262, NCAP/IIHS, or SAE levels are descriptive context only, not compliance, certification, or capability guidance.