A new system for deployment of fungus-impregnated black cloths was tested against and 48 hr to a PET trap with adhesive film + black cloth resulted in higher rates of trapped mosquitoes (38.6% and 68%, respectively) when compared with adhesive film only (6% and 12.6%, respectively). Both fungal species were effective at reducing survival rates when mosquitoes were exposed to traps for 24 hr or 48 hr. Lower exposure times did not significantly alter survival rates when compared to controls. The results showed that five traps or three traps per room were equally effective in reducing mosquito survival rates when testing both fungal species. The results for sucrose-fed insects showed significant reductions in survival when exposed to M. ansiopliae or B. bassiana for 24, 48 or 120 hr when compared to control survival, with the lowest survival rates seen following 48-or 120-hr exposures. Survival of blood-fed mosquitoes exposed to fungus-impregnated traps for 48 hr was not significantly different to the controls; however, longer exposure times significantly reduced survival rates. PET traps could be an effective system for deploying fungus-impregnated cloths in residences, facilitating cooperation of volunteers and reducing distribution time. K E Y W O R D Sattraction, biological control, dengue, traps, vector, zika