Materials: EPP (30–40 kg/m³) + EPO composite solution Key Benefits: EPP is used for airframe impact strips and structural supports, reducing weight by over 40% compared with conventional plastic parts while absorbing more than 80% of impact energy. EPO adapts to complex curved surfaces, providing lightweight auxiliary support and easy assembly. Applications: eVTOL fuselage side structures, logistics drone airframes, and protective rings for industrial drones (power inspection and agricultural drones).

Materials: High-resilience EPP (40–50 kg/m³) Key Benefits: Custom-molded EPP cushioning pads installed on the fuselage underside and landing gear absorb hard-landing impacts and reduce vibration transmission to the airframe and internal components. Lightweight modular EPP landing pads are easy to transport and suitable for temporary landing sites. Applications: eVTOL landing gear protection, drone landing pads, industrial drone landing pads, and temporary landing platforms for emergency response drones.

Materials: Flame-retardant MPPE + EPP cushioning structure Key Benefits: MPPE serves as the battery pack insulation layer (thermal conductivity ≤ 0.038 W/(m·K)), helping slow heat transfer during thermal runaway. EPP cushioning structures absorb flight vibrations (5–2000 Hz) and reduce the risk of cell damage, while MPPE's low water absorption and excellent insulation properties help ensure the safe operation of high-voltage battery systems. Applications: eVTOL battery packs and long-endurance industrial drone battery modules.

Materials: MPPE + EPE composite solution Key Benefits: Custom MPPE packaging components provide heat resistance and protection against electromagnetic interference for precision avionics equipment, while EPE cushioning inserts offer impact and scratch protection during transportation and assembly. Aluminum foil lamination is available to further enhance thermal insulation. Applications: eVTOL cockpit sensors, drone flight control modules, and drone navigation systems.

Materials: EPP cargo compartment structure + EPE protective lining + EPS outer packaging Key Benefits: The lightweight EPP cargo compartment provides impact and moisture protection without compromising payload capacity. EPE liners securely fit cargo for cushioning and scratch protection, while EPS outer packaging offers thermal insulation for cold chain and temperature-sensitive transportation. Applications: Urban delivery drones, regional logistics drones, and emergency supply transport drones.

Materials: EPO structural components + EPS insulation layer + EPE protective lining Key Benefits: EPO structural components securely support onboard electronics and withstand harsh outdoor environments. The EPS insulation layer helps maintain stable internal temperatures, while EPE liners protect precision equipment during long-duration outdoor operations. Applications: Agricultural drones (chemical tank modules), environmental monitoring drones (camera compartments), and power inspection drones (equipment compartments).

Materials: EPE composite foam + EPS outer packaging + EPP support brackets Key Benefits: Provides all-round cushioning, thermal insulation, and moisture protection for the long-distance storage and transportation of complete aircraft and operational modules. Applications: eVTOL components, industrial drones (agricultural and surveying drones), and aviation parts transit cases.

Materials: EPP maintenance platforms + EPS insulation covers + EPO protective components Key Benefits: Provides anti-slip cushioning, thermal insulation, and precision interface protection for outdoor maintenance operations. Applications: eVTOL maintenance, drone charging station protection, and maintenance tool kits for operational equipment.