A radar system located on a vehicle, the system comprising: a central processor; a plurality of sensor transceivers located at various points around the vehicle, the plurality of sensor transceivers being in signal communication with the central processor, the plurality of sensor transceivers comprising: at least one antenna; receive electronics in signal communication with the at least one antenna and the processor; and transmit electronics in signal communication with the at least one antenna, the transmit electronics configured to output radar signals via the at least one antenna, the transmit electronics comprising: a voltage controlled oscillator; a dielectric resonator oscillator; a phase locked loop component; a direct digital synthesizer; a loop filter; an amplifier; a coupler configured to extract a portion of a signal sent by the VCO to the at least one antenna; a mixer configured to mix the extracted signal with a signal produced by the DRO; a low pass filter configured to filter the mixed signals; and a divider configured to divide the low pass filtered signal; wherein the PLL component receives the output of the divider and the DDS, wherein output of the PLL component is sent to the VCO after passing through the amplifier and the loop filter, wherein the receive electronics are configured to receive from the at least one antenna any radar reflections corresponding to the outputted radar signals and to send signals associated with the radar reflections to the processor, wherein the central processor is configured to generate output signals based on the signals received from the plurality of sensor transceivers. a central processor; a plurality of sensor transceivers located at various points around the vehicle, the plurality of sensor transceivers being in signal communication with the central processor, the plurality of sensor transceivers comprising: at least one antenna; receive electronics in signal communication with the at least one antenna and the processor; and transmit electronics in signal communication with the at least one antenna, the transmit electronics configured to output radar signals via the at least one antenna, the transmit electronics comprising: a voltage controlled oscillator; a dielectric resonator oscillator; a phase locked loop component; a direct digital synthesizer; a loop filter; an amplifier; a coupler configured to extract a portion of a signal sent by the VCO to the at least one antenna; a mixer configured to mix the extracted signal with a signal produced by the DRO; a low pass filter configured to filter the mixed signals; and a divider configured to divide the low pass filtered signal; wherein the PLL component receives the output of the divider and the DDS, wherein output of the PLL component is sent to the VCO after passing through the amplifier and the loop filter, wherein the receive electronics are configured to receive from the at least one antenna any radar reflections corresponding to the outputted radar signals and to send signals associated with the radar reflections to the processor, at least one antenna; receive electronics in signal communication with the at least one antenna and the processor; and transmit electronics in signal communication with the at least one antenna, the transmit electronics configured to output radar signals via the at least one antenna, the transmit electronics comprising: a voltage controlled oscillator; a dielectric resonator oscillator; a phase locked loop component; a direct digital synthesizer; a loop filter; an amplifier; a coupler configured to extract a portion of a signal sent by the VCO to a voltage controlled oscillator; a dielectric resonator oscillator; a phase locked loop component; a direct digital synthesizer; a loop filter; an amplifier; a coupler configured to extract a portion of a signal sent by the VCO to the at least one antenna; a mixer configured to mix the extracted signal with a signal produced by the DRO; a low pass filter configured to filter the mixed signals; and a divider configured to divide the low pass filtered signal; wherein the PLL component receives the output of the divider and the DDS, wherein output of the PLL component is sent to the VCO after passing through the amplifier and the loop filter, wherein the receive electronics are configured to receive from the at least one antenna any radar reflections corresponding to the outputted radar signals and to send signals associated with the radar reflections to the processor, wherein the central processor is configured to generate output signals based on the signals received from the plurality of sensor transceivers.