We put the 2020 copper spur hv ul2 through its paces for this review and big agnes also makes the same tent in one three and four person versions.
Big agnes copper spur hv ul3 tent review.
Some of my friends have seen travelers with this tent on denali peak and in russian elbrus.
Copper spur hv ul3 three season free standing ultralight tents.
Already one of our best selling full featured ultralight backpacking tents the copper spur hv ul series just got better.
Redesigned with new features inside and out using proprietary materials that are lighter stronger and equipped with hardware that makes set up even.
With a packaged weight of 3lbs 14oz this is one of the lightest freestanding three person tents on the market.
Other capacities of the big agnes copper spur hv ul.
The big agnes copper spur hv ul 2 is the latest generation in the ultralight copper spur line of tents boasting increased interior volume and livability by integrating steeper sides walls into the inner tent.
It is of course designed to accommodate three people.
It is a great choice for those looking to either take it for a weekend or a couple of weeks.
However its weight means that it is still a reasonable load if it s split between two.
The big agnes copper spur hv ul3 is a lightweight three person tent that s perfect for camping and backpacking.
The big agnes copper spur hv ul3 takes a top spot against other three person options and even performs well relative to other 2ps.
The big agnes copper spur hv ul2 is a high performance two door backpacking tent for people that want more space and comfort than lighter models offer.
It wins our editors choice award because of its excellent execution on a solid design creating a roomy lightweight shelter.
Big agnes updated the copper spur lineup in 2016 adding an hv to the name to denote the higher interior volume of the tent.
I just ordered it because too many good recommendation about this tent and it looks like a true.
The design remains largely the same across all three capacities although the tents vary in weight interior and vestibule space and peak.