Ford Racing is preparing to expand its roster of experimental race cars beyond the all-electric vehicles that have dominated its recent demonstration program. The manufacturer's racing division has built a reputation competing in high-profile events like the Goodwood Festival of Speed and the Pikes Peak International Hill Climb with purpose-built electric vehicles, showcasing the performance potential of battery-powered powertrains.
Now Ford is considering a return to internal combustion engines for its next experimental race car, marking a notable shift in strategy. This move reflects the reality that ICE powertrains remain relevant in motorsport, particularly for certain racing formats and venues where electric vehicles haven't proven as compelling to spectators or as suitable for the competition's demands.
The Pikes Peak hill climb, in particular, presents interesting technical challenges. While electric vehicles excel at high altitude where thin air affects traditional engines less, ICE-powered cars can deliver the distinctive exhaust note and visceral driving experience that enthusiasts crave. Ford Racing's willingness to develop both technologies signals confidence in internal combustion's continued role in automotive performance.
The broader automotive industry remains in transition. Major manufacturers continue investing heavily in electrification while acknowledging that ICE vehicles will coexist for years. Ford itself has hedged its bets, maintaining performance-focused gasoline engines across the Mustang and F-150 Raptor lineups while developing electric variants like the Mustang Mach-E and F-150 Lightning.
This experimental program serves multiple purposes. It generates marketing value, tests new technologies in real-world competition, and provides engineering data that trickles into production vehicles. By exploring both electric and internal combustion approaches at venues like Pikes Peak, Ford demonstrates technical depth and keeps options open as the industry evolves.
The demonstrator team's next ICE project will likely push boundaries in weight reduction, aerodynamics, and engine efficiency