|
Rotorcraft
|
E-1d
|
Time to climb to a height of 3 000 m
|
3 min 11 sec
|
05 Feb 1982
|
Byron Graham Jr. (USA)
|
ratified - superseded since approved
|
World
|
1819
|
|
→
|
⌄
|
|
Rotorcraft
|
E-1d
|
Time to climb to a height of 6 000 m
|
8 min 37,3 sec
|
05 Feb 1982
|
Byron Graham Jr. (USA)
|
ratified - superseded since approved
|
World
|
1821
|
|
→
|
⌄
|
|
Rotorcraft
|
E-1d
|
Altitude in horizontal flight
|
7 940 m
|
05 Feb 1982
|
Byron Graham Jr. (USA) (9947)
|
ratified - current record
|
World
|
9947
|
|
→
|
⌄
|
|
Space records
|
K-3
|
Duration of stay on the surface of the celestial body
|
71 h 02 min 13 sec
|
23 Apr 1972
|
John Watts Young (USA)
|
ratified - current record
|
World
|
2303
|
|
→
|
⌄
|
|
Space records
|
K-3
|
Greatest mass landed on the celestial body
|
8 257,6 kg
|
21 Apr 1972
|
John Watts Young (USA)
|
ratified - current record
|
World
|
2301
|
|
→
|
⌄
|
|
Rotorcraft
|
E-1
|
Speed over a 3 km course
|
348.97 km/h
|
14 Dec 1970
|
Byron Graham Jr. (USA) (9962)
|
ratified - superseded since approved
|
World
|
9962
|
|
→
|
⌄
|
|
Space records
|
K-2
|
Altitude in elliptical orbit
|
763,4 km
|
21 Jul 1966
|
John Watts Young (USA) (9427)
|
ratified - superseded since approved
|
World
|
9427
|
|
→
|
⌄
|
|
Space records
|
K_Absolute
|
Absolute distance
|
Precision landing: 6,21 km
|
21 Jul 1966
|
John Watts Young (USA) (10285)
|
ratified - superseded since approved
|
World
|
10285
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1
|
Time to climb to a height of 25 000 m
|
3 min 50,44 sec
|
03 Apr 1962
|
John Watts Young (USA) (9092)
|
ratified - retired by changes of the sporting code
|
World
|
9092
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1
|
Time to climb to a height of 3 000 m
|
34,523 sec
|
21 Feb 1962
|
John Watts Young (USA) (9078)
|
ratified - retired by changes of the sporting code
|
World
|
9078
|
|
→
|
⌄
|
