The second one, on 27 July 2018, was even more interesting as the eclipse itself took a central stage as the century’s longest one (with 1 hour and 43 minutes long duration of totality). The Moon approached its apogee point just 14 hours and 37 minutes before the full Moon (and maximal eclipse) phase, making it angularly about 12,9 percents smaller than the January one. In this case, I was observing the phenomenon from sunny Rhodes Island, Greece.
The next sequence of perigee and apogee total lunar eclipses will occur in 2033 (eclipsed „micromoon“ on 14 April occurs 2 days 16 hours and 51 minutes after apogee, and eclipsed „supermoon“ on 8 September only 1 hour and 13 minutes before perigee) and even better in 2036 (eclipsed „supermoon“ on 11 February occurs 1 day 1 hour and 13 minutes after perigee, and eclipsed „micromoon“ on 7 August only 6 hours and 51 minutes after apogee). Will you wait for that? 🙂
To preserve true angular proportions of both captured eclipses, during its maximal phases, I used completely identical equipment: Canon 6D, Canon 6D, MTO 1100mm, f10.5 on Vixen GP-2 mount, with same camera settings too.