Working our way up, a fully independent suspension keeps the tires attached to this slightly mysterious chassis. The only
A fully independent suspension keeps the tires attached to this slightly mysterious chassis. (Photo: Trevor Hofmann, Canadian Auto Press) |
Most likely it is a monocoque architecture using high tensile steel and, as with the RL, Advanced Compatibility Engineering; a process used to design a cockpit that will protect riders from undue damage in the event of an accident.
This rack is the hands-down favourite to carry the next-generation CR-V (and Element, too--the more the merrier), being that it figures to be about 180 inches (4,572 mm) long, within an inch or two of the current CR-V.
In its RD-X manifestation, this platform will support the same Super Handling AWD powertrain as is found on the latest RL. That's
In its RD-X manifestation, this platform will support the same Super Handling AWD powertrain as is found on the latest RL. (Photo: Trevor Hofmann, Canadian Auto Press) |
Why? Because in a turn the outside wheels can accelerate faster than the inside wheels, which can cause a loss of traction. Proportioning power to each wheel maintains optimal levels of traction and in-turn keeps the car flatter, allowing us to achieve greater speed though the turn, further maximizing our ability to defy physics and lay waste to the theory that man is a reasonable creature.