How Fast Is the Polaris 600 IQ?

A snowmobile built for speed, the Polaris 600 IQ is able to reach a speed of 120 mph. The transmission, engine, suspension and track width are some of the components that give this machine its ability to move so fast and to accelerate quickly.

  1. Transmission

    • The Polaris 600 IQ uses a continuously variable transmission (CVT), which offers smooth and adaptive transitions from gear to gear. Though the ride will be smooth, it won't lack power. CVT provides the freedom to accelerate exactly when you want, with more torque than non-CVT snowmobiles. If you want your snowmobile to have punchy acceleration, CVT will help you reach this goal.

    Engine

    • In most circumstances, lighter snowmobiles are faster. A horizontal in-line engine helps reduce the weight of the Polaris 600 IQ. The 600 IQ weighs 483 pounds on an empty tank. The 599-cc engine with a horizontal in-line build helps the 600 IQ reach its top speed, and it will often accelerate quicker than other, heavier 599cc snowmobiles.

    Suspension

    • To travel as fast as possible, the Polaris 600 IQ employs Independent A-Arm suspension. A-Arm suspension helps the snowmobile travel in as straight a line as possible, removing the effects of many bumps along its path. When the body of a snowmobile travels up and down over bumpy terrain, the snowmobile will slow. A-Arm suspension allows the tracks of the snowmobile to move up and down, while allowing the body of the snowmobile to remain as still as possible.

    Track

    • The body of the 600 IQ remains stable over rugged terrain.

      As the track rolls along the surface of the ground, it pulls the snowmobile. The more surface area the track covers, the better the traction. And better traction allows for quicker acceleration. To grab as much surface area as possible, the Polaris 600 IQ uses tracks that are 15 inches wide.

    Conclusion

    • The top speed of the Polaris IQ 600 may increase or decrease slightly based on your weight and the incline of your terrain. When climbing a steep incline, the effective gravity working against the engine will increase. On a flat surface under prime conditions, you can expect to reach 120 mph.