Mera Peak Climbing is a standout amongst the most looked for subsequent to trekking peaks in Nepal taking us to the summit of Mera Peak (6,461m).It is best known as Nepal’s most elevated trekking peak. Mera Peak is a sublime peak that ascents south of Mount Everest and rules the valleys of Hongu and Hinku. Mera Peak ascending is viewed as one of the brave and testing as far as detail requiring abnormal state of mountaineering. So as to effectively achieve the summit one is relied upon to be at peak of their physical condition.
Among the peaks of Nepal, Mera (6476meters) is the most noteworthy allowed trekking peak. Mera Peak is arranged toward the south of Everest ruling the watershed of the thickly lush and remote Hinku valley. Climbing Mera peak brags a staggering display five of the universes 8000 meters peaks-Kanchenjunga, Makalu, Cho-Oyu, Lhotse and obviously Mt. Everest. Mera peak ascending course rises through the standard northern Mera La following a couple of long stretches of acclimatization climb of encompassing peaks and ascending facility sessions advised and educated by experienced mountain specialists on strategies and utilization of ascending apparatuses with the goal that you secure the fundamental aptitudes and certainty to summit the Mera peak
The all encompassing perspective here takes in Chamlang, Kanchanjunga, Makalu and Baruntse in the east and the peak of Choyu, Amadablam and Kang Thega toward the west. Toward the north one can witness Everest over the folded sedimentary musical gangs that make up the monstrous unclimed south face of Lhotse and the Nuptse/Lhotse edge. Climate conditions allowing, it is workable for an exceptionally experienced and capable group to achieve the summit from the base camp and come back to that day. It is likewise workable for extremely talented skiers to “ski” to the summit edge, appreciate the stunning perspectives and restore that day.
The best time to summit Mera Peak is Spring (March to May) and Autumn (September to November). The greatest months has been characterized based on perceivability and climate condition.