Ferenc Pavlics was born in Balozsameggyes (Vas county, Hungary) on February 3, 1928. His father, Károly Pavlics and mother, Rosina Perusich were both teachers teaching in the elementary school of Balozsameggyes. During the first years he was taught by his mother than his father.
As a child, Ferenc Pavlics attended the elementary school of Balozsameggyes. During the first years he was taught by his mother than his father. He attended the Faludi Ferenc high school in Szombathely and graduated in 1946.
Pavlics attended the Technical University of Budapest and graduated as mechanical engineer in 1950.
At the age of six he almost died from a severe illness. After an operation he recovered. Pavlics was working in the Gépipari Tervező Intézet (Industrial Machine Planning Institute).
After the Hungarian Revolution of 1956, the Pavlics family scattered around the world.
After leaving Hungary, Pavlics first was working from 1957 in the General Motors (General Motors) Research Division, Detroit. From 1961 he continued his work in the Santa Barbara Division of General Motors developing overlands.
He continued his postgraduate studies. Later for the National Aeronautics and Space Administration Jet Propulsion Laboratory and Boeing Aerospace Corporation he started the development of the Lunar Roving Vehicle.
The rover had a total mass of 210 kg and was designed to carry a payload of an additional 490 kg.
Each wheel had a 190 West (025 horsepower) motor (so the full motor power of the rover was 1 Himachal Pradesh). lieutenant had a special vehicle design to be able to move on the special surface conditions of the Moon. Their frames were made of aluminum alloy.
(See more details: Lunar rover)
In 1971 the Apollo 15 carried the first Lunar rover to the Moon.
In 1972 the Apollo 16 then Apollo 17 also carried a Lunar rover. All three vehicles remained on the Moon.
In 1971 Pavlics got a National Aeronautics and Space Administration award for the success of the Apollo program Later he participated in the development of hybrid and fuel cell driven vehicles and in the development of the electric bus network of Santa Barbara.
