Fungal　diseases　caused　by　Botrytis　cinerea　and　insect　infestations　by　aphids　often　occur　simultaneously　during　plant　growth.　A　co-delivery　nanosystem　for　dual-pesticide　may　enhance　pesticide　efficiency　and　reduce　the　required　dosage　of　pesticides　through　synergistic　effects.　Therefore,　in　this　study,　we　developed　a　dual　pH-　responsive　nanocomposite　AZOX/Thi@BMMs@MIL-88B　(ATBM)　based　on　bimodal　mesoporous　silica　(BMMs)　and　metal　organic　framework　MIL-88B,　which　was　loaded　with　fungicide　azoxystrobin　(AZOX)　and　insecticide　thiamethoxam　(Thi)　to　control　grey　mould　and　aphid　pests.　The　loading　capacities　of　the　two　pesticides　in　the　nanocomposite　were　18.56　%　(AZOX)　and　37.38　%　(Thi).　The　nanoparticles　(NPs)　were　spindle-shaped　with　a　hydrated　particle　size　of　771.60　+/-　12.55　nm　and　possessed　excellent　pH-responsive　controlled　release　behavior.　The　NPs　also　demonstrated　good　wettability　and　stability　due　to　the　entrapment　of　nanocarriers.　Fluorescence　tracking　experiments　verified　that　the　NPs　could　be　effectively　absorbed　and　translocated　by　pathogenic　fungal　mycelium　and　pea　seedlings.　The　bioactivities　of　ATBM　against　B.　cinerea　and　A.　pisum　increased　by　9.58　%　(AZOX)　and　39.48　%　(Thi),　respectively,　compared　to　the　commercialized　technical　control　(TC).　This　nanocomplex　promoted　the　growth　of　pea　seedlings　through　the　introduction　of　iron　ions　and　by　activating　the　oxidative　stress　system,　and　the　excellent　biosafety　of　NPs　could　minimize　environmental　risk.　In　summary,　this　hybrid　bi-carrier　dual-pesticide　nanopesticide-fertilizer　showed　significant　promise　for　application　in　sustainable　agriculture.