Aedes albopictus is a potential West Nile virus bridge vector in Northern Virginia; however, information regarding its virus transmission dynamics is limited, as this species is not readily collected in existing traps. This study used 5 replicates of a 5 × 5 Latin square to evaluate the efficiency and effectiveness of 2 novel host-seeking mosquito traps (the BG-Sentinel^TM and the Collapsible Mosquito Trap (CMT-20^TM) in collecting Ae. albopictus, relative to a carbon dioxide (CO₂)–baited Centers for Disease Control and Prevention (CDC) miniature light trap. When used with CO₂, the BG-Sentinel (with BG-Lure) collected 33 times more female Ae. albopictus per 24-h trapping period than did the CO₂-baited CDC light trap. Without CO₂, the BG-Sentinel (with BG-Lure) still collected over 6 times as many female Ae. albopictus as the CO₂-baited CDC trap. Both configurations of the BG-Sentinel were significantly more effective than the other traps. The BG-Sentinel was also significantly more efficient in collecting Ae. albopictus and collected a high proportion of this species, both with CO₂ and without CO₂. The CMT-20 (with SkinLure^TM) collected significantly more Ae. albopictus when used with CO₂ than without CO₂, but did not collect significantly more Ae. albopictus than the CO₂-baited CDC light trap. The proportion of Ae. albopictus collected in the CMT-20 with CO₂ and without CO₂ did not differ significantly from the proportion of Ae. albopictus collected in the CDC trap.