D&D Motor Systems Introduces Another Market BreakThrough : Motor & Controller High Performance Combinations For The Club Car : IQ & Precedent Vehicles

Once again, D&D Motor Systems has filled a design need for the golf car aftermarket. After many dealer requests for enhanced speed and torque performance options for the Club Car : IQ & Precedent Vehicles, they are now available.

The performance options for both the IQ & Precedent Vehicles are broken mainly into two groups. Group one is the "ALL TORQUE" option. The performance obtained is over 40% more torque while running around 14 ­ 16 mph (speed without changing tires). This option is ideal for the hunting buggy or utility vehicle enthusiast! Group two is the "HIGH SPEED & SOME TORQUE" option. The performance obtained is between 22 ­ 24 mph while still adding some torque for those rolling hill environments. This option is ideal for the customer who wants mainly speed but does not want to lose all their torque for those modest hills!

Previously, D&D Motor Systems just provided a motor or a controller option for enhancing performance for the Club Car : IQ & Precedent Vehicles. Now the range of enhanced vehicle performance has been dramatically increased by the availability of these motor and controller combination options. Currently if just a motor or controller change is made, there could be a potential to overheat either the motor or the controller in the higher performance required app-lications. These combinations now make that overheat scenario much less likely.
D&D Motor Systems, Inc. plans to release more motor and controller combination options for the Club Car : Pre-IQ models and Yamaha regenerative braking vehicles in the very near future. Anyone who wishes to be added to their list of interested customers, just give them a call at 315-701-0635. D&D Motor Systems, Inc. currently has the largest selection of motors and controllers in the world for the golf car aftermarket. To find out more, visit them at www.ddmotorsystems.com or choose a motor directly at http://www.ddmotorsystems.com/motorselector.htm