How big would the drag$-$device area, A$\_$drag, have to be if we were to make a drag$-$based wind energy harvester$-$cart that should deliver an $($ideal$)$ power output of P$=1$MW in a V$\_$inf$=10$m$/$s wind with density rho$=1\mathrm{.}225$kg$/$m$^3?$ The drag coefficient of the aerodynamic object on the drag cart is C$\_$D$=1\mathrm{.}4.$

Answer in soccer$-$fields