A cooling assembly configured to reduce backflow suction in a mobile platform comprising: a prime mover; at least one heat exchanger fluidly connected to the prime mover; a blower upstream of the at least one heat exchanger, the blower configured to generate a current of cooling air to cool the at least one heat exchanger; characterized by further comprising: a backflow suction reduction member positioned downstream of the blower and upstream of the at least one heat exchanger, the backflow suction reduction member defining a first inlet at a first end, a second inlet at a second end, a first outlet and a second outlet positioned between the first and second ends (416, 424), a first internal channel fluidly connecting the first inlet to the first outlet, a second internal channel fluidly connecting the second inlet to the second outlet, wherein the first internal channel is fluidly isolated from the second internal channel, wherein the backflow suction reduction member is configured to receive a first airflow through the first inlet and discharge the first airflow through the first outlet, and receive a second airflow through the second inlet and discharge the second airflow through the second outlet, the first and second airflows being discharged in a region where air is backflowing from the at least one heat exchanger. a prime mover; at least one heat exchanger fluidly connected to the prime mover; a blower upstream of the at least one heat exchanger, the blower configured to generate a current of cooling air to cool the at least one heat exchanger; characterized by further comprising: a backflow suction reduction member positioned downstream of the blower and upstream of the at least one heat exchanger, the backflow suction reduction member defining a first inlet at a first end, a second inlet at a second end, a first outlet and a second outlet positioned between the first and second ends (416, 424), a first internal channel fluidly connecting the first inlet to the first outlet, a second internal channel fluidly connecting the second inlet to the second outlet, wherein the first internal channel is fluidly isolated from the second internal channel, wherein the backflow suction reduction member is configured to receive a first airflow through the first inlet and discharge the first airflow through the first outlet, and receive a second airflow through the second inlet and discharge the second airflow through the second outlet, the first and second airflows being discharged in a region where air is backflowing from the at least one heat exchanger. a backflow suction reduction member positioned downstream of the blower and upstream of the at least one heat exchanger, the backflow suction reduction member defining a first inlet at a first end, a second inlet at a second end, a first outlet and a second outlet positioned between the first and second ends (416, 424), a first internal channel fluidly connecting the first inlet to the first outlet, a second internal channel fluidly connecting the second inlet to the second outlet, wherein the first internal channel is fluidly isolated from the second internal channel, wherein the backflow suction reduction member is configured to receive a first airflow through the first inlet and discharge the first airflow through the first outlet, and receive a second airflow through the second inlet and discharge the second airflow through the second outlet, the first and second airflows being discharged in a region where air is backflowing from the at least one heat exchanger.