|
Microlights and paramotors
|
RPF1T
|
Distance in a straight line with limited fuel
|
219 km
|
27 Jul 2005
|
Frédéric Jacques (MON) (11809)
|
ratified - superseded since approved
|
World
|
11809
|
|
→
|
⌄
|
|
Aeromodelling and Spacemodelling
|
F3 Open
|
Gain in altitude: 157
|
2 068 m
|
19 Jul 2003
|
Frédéric Jacques (MON) (7851)
|
ratified - reclassified after changes in sporting code
|
World
|
7851
|
|
→
|
⌄
|
|
Microlights and paramotors
|
RPF1T
|
Altitude
|
5 243m
|
05 Oct 2002
|
Frédéric Jacques (MON) (7531)
|
ratified - superseded since approved
|
World
|
7531
|
|
→
|
⌄
|
|
Microlights and paramotors
|
RPF2T
|
Altitude
|
3 036 m
|
18 Aug 2002
|
Frédéric Jacques (MON) (7490)
|
ratified - superseded since approved
|
World
|
7490
|
|
→
|
⌄
|
|
Microlights and paramotors
|
RPF1T
|
Distance in a closed circuit without landing
|
231.6 km
|
25 Aug 2001
|
Frédéric Jacques (MON) (7102)
|
ratified - superseded since approved
|
World
|
7102
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 3 000 m
|
52 sec
|
06 Feb 1989
|
Edward H. Wachs (USA) (2638)
|
ratified - current record
|
World
|
2638
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 6 000 m
|
1 min 43 sec
|
06 Feb 1989
|
Edward H. Wachs (USA) (2639)
|
ratified - current record
|
World
|
2639
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 9 000 m
|
2 min 42 sec
|
06 Feb 1989
|
Edward H. Wachs (USA) (2640)
|
ratified - current record
|
World
|
2640
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 15 000 m
|
11 min 52 sec
|
28 Jun 1988
|
Edward H. Wachs (USA) (2642)
|
ratified - current record
|
World
|
2642
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1f
|
Time to climb to a height of 15 000 m
|
18 min 38,36 sec
|
28 Jun 1988
|
Edward H. Wachs (USA) (8522)
|
ratified - superseded since approved
|
World
|
8522
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1f
|
Time to climb to a height of 6 000 m
|
3 min 25,17 sec
|
28 Jun 1988
|
Edward H. Wachs (USA) (8616)
|
ratified - superseded since approved
|
World
|
8616
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1f
|
Time to climb to a height of 3 000 m
|
1 min 48,14 sec
|
28 Jun 1988
|
Edward H. Wachs (USA) (9079)
|
ratified - superseded since approved
|
World
|
9079
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 3 000 m
|
1 min 04 sec
|
27 Jun 1988
|
Edward H. Wachs (USA) (2635)
|
ratified - superseded since approved
|
World
|
2635
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 6 000 m
|
2 min 20 sec
|
27 Jun 1988
|
Edward H. Wachs (USA) (2636)
|
ratified - superseded since approved
|
World
|
2636
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 9 000 m
|
3 min 45 sec
|
27 Jun 1988
|
Edward H. Wachs (USA) (2637)
|
ratified - superseded since approved
|
World
|
2637
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1e
|
Time to climb to a height of 12 000 m
|
6 min 05 sec
|
27 Jun 1988
|
Edward H. Wachs (USA) (2641)
|
ratified - current record
|
World
|
2641
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1f
|
Altitude
|
16 576,22 m
|
27 Jun 1988
|
Edward H. Wachs (USA)
|
ratified - superseded since approved
|
World
|
8671
|
|
→
|
⌄
|
|
Powered Aeroplanes
|
C-1f
|
Altitude in horizontal flight
|
16 576,22 m
|
27 Jun 1988
|
Edward H. Wachs (USA) (8715)
|
ratified - superseded since approved
|
World
|
8715
|
|
→
|
⌄
|
