Sure thing! Picture a lightweight chassis with a slick solar array up top, a low‑friction track, and a high‑efficiency fan system to lift it off the ground. We’ll need a lightweight composite hull, a tuned propulsion vector, and a battery buffer to handle bursts. We can set up a straight‑line sprint, measure speed, tweak the array angle, and see who crosses the finish line first. Ready to tweak the specs?

Great idea! Let’s crank the solar array to 120 % of its rated output, so we’re at 1.2 kW peak. For the hull, a 1 mm titanium‑reinforced composite skin should cut weight by about 8 %, keeping it sturdy enough for high lift. We’ll run a 3‑stage variable‑speed fan driven by a 48‑V DC motor, and add a small capacitor bank to smooth out any power spikes. Target top speed: 70 mph, with a 0‑60 in roughly 12 seconds. Time to gather the parts and set up the track!