The content of crushed brick affects the mechanical properties of cement stabilized recycled aggregates. The effects of cement content，crushed brick content and curing time on the mechanical properties of cement stabilized recycled aggregates were studied through tests in this paper. The relationships between the three variables and unconfined compressive strength，splitting strength，compressive resilient modulus and the frost resistance were established. The results show that，with the decreasing content of crushed brick，the maximum dry density of cement stabilized recycled aggregates increases，but the optimal moisture content decreases；the decrese of the cement content reduces the maximum dry density of cement stabilized recycled aggregates，but the optimal moisture content remains the same in general. The unconfined compressive strength，splitting strength，compressive resilient modulus and frost resistance of cement stabilized recycled aggregates decrease with the increase of crushed brick content，and go up with the increase of cement content for various curing time. Taking the contents of cement and crushed brick as variables，the calculation formulas of the unconfined compressive strength，splitting strength and compressive resilient modulus of cement stabilized recycled aggregate with crushed brick were established.