Darryl Webster said:Mercx ......... His power output ( estimated?) was the higest of all hour records. ...
Where did you get that idea from? I have read it elsewhere but it does not make a lot of sense.
In the first place, because he was in Mexico, at 2230 m asl (although nobody gave the exact barometric pressure that day), his power output was 10% lower than at sea-level and I find it hard to believe that he could possibly have been more than 10% better than everybody else.
See also reference cited by Function above.
In all likelihood the highest power for one hour was either by Indurain or Rominger.
Here is the abstract of Padilla's paper
Scientific approach to the 1-h cycling world record: a case study.
Padilla S, Mujika I, Angulo F, Goiriena JJ.
SourceDepartamento de Investigación y Desarrollo, Servicios Médicos, Athletic Club de Bilbao, Basque Country, Spain.
Erratum in
J Appl Physiol 2000 Dec;89(6):following table of contents.
Abstract
The purpose of this study was to describe the physiological and aerodynamic characteristics and the preparation for a successful attempt to break the 1-h cycling world record. An elite professional road cyclist (30 yr, 188 cm, 81 kg) performed an incremental laboratory test to assess maximal power output (W(max)) and power output (W(OBLA)), estimated speed (V(OBLA)), and heart rate (HR(OBLA)) at the onset of blood lactate accumulation (OBLA). He also completed an incremental velodrome (cycling track) test (VT1), during which V(OBLAVT1) and HR(OBLAVT1) were measured and W(OBLAVT1) was estimated. W(max) was 572 W, W(OBLA) 505 W, V(OBLA) 52.88 km/h, and HR(OBLA) 183 beats/min. V(OBLAVT1), HR(OBLAVT1), and W(OBLAVT1) were 52.7 km/h, 180 beats/min, and 500.6 W, respectively. Drag coefficient and shape coefficient, measured in a wind tunnel, were 0. 244 and 0.65 m(2), respectively. The cyclist set a world record of 53,040 m, with an estimated average power output of 509.5 W. Based on direct laboratory data of the power vs. oxygen uptake relationship for this cyclist, this is slightly higher than the 497. 25 W corresponding to his oxygen uptake at OBLA (5.65 l/min). In conclusion, 1) the 1-h cycling world record is the result of the interaction between physiological and aerodynamic characteristics; and 2) performance in this event can be predicted using mathematical models that integrate the principal performance-determining variables.