| Travelling athletes experience travel fatigue and jet lag that intensify their subjective burden and may influence performance and increase illness and injury risk. |
| Literature on management of travel fatigue and jet lag in athletes is limited. Based on physiological principles and laboratory-based studies, this review and consensus identified the most important interventions to counter. |
| Travel fatigue: maximise the amount of sleep obtained during travel. |
| Jet lag: maximise the rate at which the body clock adapts to the new time-zone, by following a guide that specifies 3h periods of light exposure and avoidance. |
| Other useful interventions include: |
| Travel fatigue: plan meticulously, prevent illness, formulate hydration and food strategies. |
| Jet lag: preserve sleep, coincide exercise training with light exposure, adjust meal timing and composition, and sensible use of melatonin at the new destination. |
| Manipulating exposure to time-givers, e.g. light and exogenous melatonin, may aid in successful circadian re-alignment following travel in athletes. Conversely, inappropriate exposure may be counterproductive and cause detrimental side effects. |
| Reliable and repeatable multi-centre field studies, over longer durations and involving randomised allocation of potential therapeutic interventions are needed to advance theory and practice in these areas. |