Mbb/Airbus Helicopters Bo105
Twin Rotorcraft
The MBB BO105 is a light twin-engine helicopter that made aviation history in 1967 as the first light rotorcraft with a rigid titanium-composite main rotor head, eliminating the need for flapping hinges and delivering exceptional agility. Designed by Messerschmitt-Bölkow-Blohm in West Germany and first flown in 1967, the BO105 became renowned for its ability to perform aerobatic maneuvers—including loops and rolls—that were previously impossible for helicopters of its class. Its hingeless rotor system provided unmatched responsiveness and control authority, making it a favorite for demanding missions where precision mattered. Powered by two Allison 250-C20 turboshaft engines, the BO105 seats up to five including the pilot and cruises at approximately 130 knots with a service ceiling around 17,000 feet. The type found its niche in emergency medical services, law enforcement, and corporate transport across Europe and North America, prized for its hot-and-high performance and compact footprint. Military variants served with armed forces worldwide, including the German Army's PAH-1 anti-tank version equipped with HOT missiles. Over 1,400 examples were built before production ended in 2001, with many still flying today in utility and air ambulance roles. The BO105's rigid rotor technology directly influenced later Airbus Helicopters designs including the BK117 and EC135, cementing its legacy as a pioneering platform that redefined light helicopter capabilities. Its combination of ruggedness, maneuverability, and twin-engine safety made it a workhorse in challenging environments from Alpine rescues to offshore oil platforms. SkyMeter has tracked 21 flights across 7 airframes and 3 operators, with RONALD A PETERSON INC DBA, AMERIFLIGHT AVIATION the largest observed operator.
Safety in context
The incident rate counts flights with ANY safety event detected by SkyMeter — go-arounds (a routine response, not a failure), unstable-approach gate flags (advisory thresholds), rejected takeoffs (the system working as designed), and runway events. It is NOT an accident rate or fatality rate. For accident statistics, refer to the NTSB Aviation Accident Database (USA) or the Aviation Safety Network. See methodology for what each event type measures.
Performance
Speed envelope & approach
Dimensions
Airframe geometry
Weight & identification
Operating limits
Top operators
By fleet size · last 7 days
Safety profile
Flagged flights · last 7 days
Family
Related variants
No related variants.
Recent flights
Real flights of B105 · airborne ≥ 20 min










