Research Article
Can Scalable Design of Wings for Flapping Wing Micro Air Vehicle Be Inspired by Natural Flyers?
Table 5
Artificial wings, including fabrication materials and methods.
| Authors | Model | Wing model (cm) | Fabrication method | Materials | Veins | Membrane |
| Bontemps et al. [95] | — | MEMS-based | SU-8 | Parylene | Roll et al. [96] | — | Cut-and-glue | Carbon fiber | Mylar | Watman and Furukawa [97] | — | — | Carbon pultrusions | Mylar | Sahai et al. [98] | — | SCM | Titanium alloy with carbon fiber reinforcement | Ultra polyester film | Kim et al. [99] | — | Cut-and-glue | Graphite/epoxy composite | Flexible PVC | Campolo [100] | Dipteran | Chemical vapor deposition and molding | Carbon fiber | Cellulose acetate film | Wood [101] | Dipteran | SCM | Carbon fiber | Mylar | Nguyen et al. [102] | Insects | Cut-and-glue with paper mold | Carbon rods | Mylar | Lentink et al. [103] | Dragonfly | Cut-and-glue with paper mold | Carbon rods | Mylar | Meng et al. [104] | Hoverfly Syrphidae | MEMS-based | SU-8 | Polyimide | Tanaka and wood [105] | Hovering Eristalis | Micro molding | Thermosetting resin | — | Ma et al. [106] | Hovering Eristalis | SCM | Carbon fiber | Mylar | Pornisin-Siriak et al. [107] | Bat | MEMS-based | Titanium alloy with carbon fiber reinforcement | Parylene | Ho et al. [50] | Cicada | MEMS-based | Titanium alloy with carbon fiber reinforcement | Parylene | Keennon et al. [8] | Hummingbird | — | Carbon fiber | — | Tanaka et al. [108] | Hummingbird | — | Carbon fiber-reinforced plastic | Parylene | Coleman et al. [9] | Hummingbird | Mold-glue | Carbon fiber | 1/32 foam membrane | Nan et al. [20] | Hummingbird | Cut-and-glue | Carbon fiber | Mylar |
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