If you care about quality, you can't do better than the Buddipole. For the low bands, you're probably better off with wire (as some have mentioned) but for 10/15/20/30, the Buddipole is incredible. I suggest not buying the full deluxe package but instead, piecing one together a la carte. Get the Versatee, a four-section military whip, their balun coax cable, the mini coil (not listed on the website), the TSRB, and the painters stick adapter for the Versatee. They also make an adapter for a camera tripod to hold the Versatee and this is good if you hike because you can use a monopod as a combo hiking stick/antenna mast. You'll want some radials; you can buy good ones from Buddipole or make your own.
These parts will get you a powerful, durable HF antenna that assembles in seconds and packs down to almost nothing.
Actually. between the Buddipole and the TW2010...I'd say the build quality and performance of the TW spanks the Buddipole. I've owned and used both.
First off, the Buddipole is a PITA to set up by comparison and does not deploy in seconds. It's fast, but nowhere near as fast or as simple as the TW. If the Buddipole gets toppled by the wind...you get to start over. That is, if it survives the fall. In most cases it won't, and one of the needed components will be beyond field repair. It needs to be guyed in order to be stable in many of its configurations. Secondly, unless you're happy with its performance in an elevated vertical configuration (as a Buddistick), you won't ever be happy with it. Unlike ground-mounted verticals, elevated verticals require tuned radials in order to work properly. Most antenna gurus would suggest a minimum of two tuned radials, but four give a better radiation pattern. These would need to be staked out evenly and ideally should descend from the feedpoint at about 45 degrees in order to maintain a decent impedance. They could also serve as guylines. Of course, being an elevated vertical means the radials will need to be shortened or lengthened each time the vertical radiating element is shortened or lengthened for use on different bands. Also, when set up in a loaded horizontal dipole configuration (its standard dipole deployment), proper theory would require you to have it much further off the ground than the height afforded by their mast system. As an example, for 20m operation it would need to be at least 33 feet off the ground (1/2 wave) in order to fully function as a half-wave dipole. If not, it won't radiate as a dipole should and becomes what is known as a "cloudwarmer". It would be very difficult to accomplish this in the middle of a desert? Doing so in a forested area would require a good amount of work as well. And, ideally here in the States, you would want it to be hoisted in an east-west orientation. Sometimes the trees will accomodate, sometimes not. Thirdly, the components on the Buddipole are not able to handle higher outputs if someone wants to run QRO.
In my experienced opinion, the only benefits delivered by the Buddipole are that it is both lightweight and packs down efficiently. This isn't a trivial point and the the Buddipole does this brilliantly. If I were backpacking the antenna, this would be more important. Antenna efficiency on HF is important to me, but if I were willing to compromise performance for these transportable/packable aspects AND was only interested in digital or CW operation where a less efficient antenna might suffice...then, and only then, would I consider the Buddipole.