Alive6

Jaguar Land Rover is coating engine cylinder walls with low-friction materials, wrapping engines in insulating blankets, and replacing metal oil pans with lightweight composites to squeeze more miles out of every litre of fuel. The problem is straightforward: internal combustion engines waste much of their fuel energy as heat and friction. Current engine designs have reached a plateau in efficiency gains. This consortium of eight companies—spanning materials suppliers, control-system specialists, and noise-vibration experts—is tackling the losses from multiple angles simultaneously. Low-friction bore coatings reduce the energy lost to piston-ring drag. Thermal encapsulation keeps heat inside the engine where it can do useful work rather than radiating into the engine bay. A composite sump cuts weight. Advanced control software then optimises how these technologies work together under real driving conditions. If the project succeeds, the Ingenium engine family will deliver measurably better fuel economy without sacrificing the responsive acceleration that drivers expect. For the UK automotive supply chain, the collaboration builds manufacturing expertise in coating application, composite moulding, and thermal management—skills that transfer directly to electric vehicle production as the industry transitions. The technologies themselves are incremental improvements to an existing platform, not a fundamental breakthrough, but their combined effect could meaningfully reduce CO₂ emissions across Jaguar Land Rover’s fleet.