Western honey bee
#4 · Apis mellifera · empty worker, tethered
Insects
Willmott and Ellington 1997, reprinted by Dean, give Manduca sexta a maximum airspeed of 11.2 mph (5 m/s) in a flight chamber. Higher figures Dean codes with a question mark are not used.
A manduca sexta can travel 11.2 mph (5 m/s), a verified measurement.
Top speed
Published as 5 m/sPublished as 5 m/sPublished as 5 m/s
Dean, Table 1, Sphingidae. Manduca sexta 11.2 mph (5 m/s), maximum, airspeed, flight chamber, Willmott and Ellington 1997. The bibliography cites Journal of Experimental Biology 200: 2723–2745. Lane’s and McKeown’s higher sphingid figures are coded with unknown methods or as ground speed. The figure is 11.2 mph (5 m/s).
In context
Worked out from the sourced figure above, which stays the ranked number.
Quick answers
A manduca sexta can travel 11.2 mph (5 m/s), a verified measurement.
Manduca sexta is labeled Verified. Independently measured and published, for example in a peer-reviewed study or with certified timing.
The figure cites University of Florida, Department of Entomology and Nematology, “Book of Insect Records, Chapter 1, Manduca sexta cell.”
Manduca sexta is 9th of 10 on Fastest Insects.
Mechanism
Manduca sexta is ranked at 11.2 mph (5 m/s), the maximum airspeed Willmott and Ellington 1997 measured in a flight chamber. Dean codes the cell X / A / FC. At about 2.2 mph per m/s, about 11 mph (5 m/s).
A flight chamber is not the open air and not a tailwind. The 11.2 mph (5 m/s) is a maximum airspeed, which is why the code starts with X. Toward-light and away-from-light cells of 0.895 mph (0.4 m/s) and 0.649 mph (0.29 m/s) are cruising past a lamp, not this maximum.
Dean’s table has higher sphingid numbers coded with an unknown method or as ground speed. Those are not used. Guinness’s 24.2 mph (39 km/h) maintainable class speed for hawk moths is a group statement, not this species cell.
Provenance
Claimed, measured and official figures side by side, each with its source. The ranked figure is marked.
Dean, Table 1, Sphingidae. Manduca sexta 11.2 mph (5 m/s), maximum, airspeed, flight chamber, Willmott and Ellington 1997. The bibliography cites Journal of Experimental Biology 200: 2723–2745. Lane’s and McKeown’s higher sphingid figures are coded with unknown methods or as ground speed. The figure is 11.2 mph (5 m/s).
X / A / FC is a maximum airspeed in a flight chamber. Toward-light and away-from-light cells of 0.4 and 0.649 mph (0.29 m/s) are not the figure.
Reference
Context
Manduca sexta is the tobacco hornworm moth. Dean’s table says 11.2 mph (5 m/s) and codes it as a maximum airspeed in a flight chamber, citing Willmott and Ellington 1997 in the Journal of Experimental Biology. A flight chamber removes the wind that inflates a ground speed. The figure is 11.2 mph (5 m/s), qualifier verified.
The same table has much slower cells for this moth flying toward or away from a light, 0.895 mph (0.4 m/s) and 0.649 mph (0.29 m/s). Those are not the maximum. Older sphingid numbers that Dean marks with an unknown method, or that are ground speeds, are not substituted for this chamber figure.
Head to head
Manduca sexta vs Tabanus bovinus
1.1× slower20.6km/h12.8mph5.71m/s11.1kn
Manduca sexta vs Cicindela hybrida
1.7× faster10.8km/h6.7mph3m/s5.8kn
Manduca sexta vs Urbanus proteus
1.2× slower22.0km/h13.6mph6.1m/s11.9kn
Manduca sexta vs Hybomitra hinei
8.1× slower145km/h90.1mph40.3m/s78.3kn
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