Intelligent door lock system that minimizes inertia applied to components

A wireless access control system in communication with a first door at a dwelling and a second door at a user's vehicle, comprising:

• a user remote access device transmitting a first command signal and a command second signal;
• a first intelligent door lock system, located in the first door, including:
• a drive shaft of a first lock device;
• a first processor coupled to a wireless communication device, the first intelligent door lock system including a sensor to determine a position of the drive shaft;
• a first energy source coupled to a first circuit;
• and
• a device that converts energy into mechanical energy coupled to the first circuit and the first drive shaft, the device that converts energy being coupled to the first energy source to receive energy from the first energy source, the first circuit providing an electrical pathway between the energy source and the first processor;
• wherein the first processor is configured to cause the energy source to apply a first, a second and a third speeds to the device that converts energy into mechanical energy to provide greater control of inertia applied to the device that converts energy into mechanical energy in response to the first command signal received from the wireless communication device, the first and the thirds speeds being slower than the second speed to reduce inertia which can cause damaging to the first intelligent door lock system, to lock or unlock the first lock device, the intelligent door lock system configured to allow controlled access to the dwelling that includes an occupant of the dwelling;
• a second intelligent door lock system, located at the second door, including:
• a second drive shaft of a second lock device;
• a second processor coupled to a second wireless communication device;
• a second energy source coupled to a first circuit;
• and
• a second device that converts second energy into mechanical energy coupled to the second circuit and the second drive shaft and the second circuit providing an electrical pathway between the second energy source and the second processor,
• wherein the user remote access device configured to provide the second command signal, different from the first command signal, to a second lock device to cause the second lock device to lock or unlock;
• and
• wherein the remote access device has a controller for generating the first and second signals.