Properties　of　two　LiFePO4/C　composites　with　low　carbon　content　synthesized　from　precursors　dried　by　spray　drying　and　blast　drying　are　investigated　by　scanning　electron　microscopy,　X-ray　diffraction,　Raman　spectroscopy　and　electrochemical　measurements.　The　two　samples　have　a　different　morphology　and　particle　size,　while　the　structure　of　LiFePO4　is　unaffected.　The　LiFePO4/C　composite　prepared　from　the　precursor　dried　by　blast　drying　has　a　much　lower　surface　resistance　and　a　much　better　rate　capability　because　the　deposited　carbon　is　more　graphite-like　and　more　conductive.　The　cycling　performance　is　also　much　better　for　the　LiFePO　4/C　composite　prepared　from　the　precursor　dried　by　blast　drying　because　only　a　slight　impedance　growth　is　involved　upon　cycling.　These　results　suggest　that　the　precursor　drying　process　has　a　significant　impact　on　the　properties　of　LiFePO4/C　composite,　and　its　effect　is　highly　dependent　on　the　carbon　content.