Copyright 2006 by Brandon Cope  

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Messerschmitt Bf 108 Taifun ("Typhoon")

The military Bf 108 had its origins in the commercial two-seat M.34, designed in 1934 by Willy Messerschmitt. This was improved in 1935 with the M.37 (later designated Bf 108A). The plane performed very well, winning several air races, and aroused the interest of the Luftwaffe. A more powerful engine was installed and provision was made for two additional passengers, thus allowing it to perform a useful utility role for the military, primarily in communications and liaison work, but the plane was also used for supply and target towing. Perhaps most importantly, it was a step towards the Bf 109 fighter.

Several countries used the Bf 108. Switzerland and Yugoslavia bought 12 each and Bulgaria, Romania and Hungary each used six. Perhaps the most unusual user was the United States, which bought one for its Military Attache in Germany in spring of 1939, for just over $14,000. When the attache left the country in November of 1940, the Luftwaffe took possession of the plane. Some 885 were built before the war ended.

The Bf 108 burns 8 gallons of fuel per hour at routine usage. Fuel costs $12.

Bf 108B

Subassemblies: Heavy Fighter chassis with Good Streamlining +3, Light Fighter Wings +2, three retractable wheels +0.
Powertrain: 179-kW aerial gas engine with 179-kW prop and 58-gallon tanks [Body]
Occupancy: 1 CS, 3 PS  Cargo: 3.6 Body, 0.8 Wings

Armor
All: 2/3

Equipment
Body: Medium range radio transmitter and receiver, navigation instruments, autopilot.

Statistics

Size: 35'x27'x8'

Payload: 0.59 tons

Lwt: 1.5 tons

Volume: 224

Maint.: 86 hours

Price: $5,400

HT: 12.
HPs: 130 Body, 40 each Wing, 12 each Wheel
 
 

aSpeed: 186

aAccel: 4

aDecel: 19

aMR: 4.75

aSR: 2

Stall: 49


 

gSpeed: 192

gAccel: 9

gDecel: 10

gMR: 0.5

gSR: 2

GP: Ext. High (0)

Takeoff Run 262 yards. Landing Run 240 yards.

Design Notes
Design aSpeed is 185 mph; the historical speed, as well as actual wing area (176 sf), has been used. Wing and chassis cost, weight and HPs were divided by two to lower overall weight. In the end, loaded weight had to be reduced by 9%.