Profile Design T2+ DL Aero Bar

I bought this product from Amazon.com rather than Amazon.co.uk and had it shipped over from the USA. Even with the postage and import tax is was still less than £85. Believe the current RRP for this aerobar unless on sale anywhere is £99.99. I also couldn't find the aerobar with the square-edged aero bridge as shown in the picture in the UK (other available models come with the curved aero bridge).Ordered on 19th June and it arrived on 26th so very pleased with delivery time.The product is, in my opinion, an excellent choice for people who want to try riding in an aero position without having to shell out a large amount of cash.Out of the box the bars feel very light. Although made of alloy, they weigh in at just over 400grams. The instructions for assembly are well written and easy to follow with an 'exploded' diagram showing exactly what goes where. The bars are compatible with both a 26.0 and 31.8 base bar and come with the necessary shims to allow assembly on the small diameter base bar.As the various components are held in place by a series of clamps tightened via a hex key, there is a large range of movement and postions that can be achieved. It is slightly fiddly to get the set up just right, but a bit of tinkering and small adjustments allows you to get the bars set up just right without too much fuss. The only negative is that the hex bolt that allows you to adjust the angle of the arm that the arm rest sit on, is obscured by the arm rest itself. If you want to adjust this after initial set-up you need to remove the arm pads/arm rests each time. a minor irritation. Arm pads are held in place on the arm rests with two velcro straps per pad. The seem secure and allows the pads to be easily removed and washed.Only other gripe apart from the fiddly assembly is the tightness required to stop the aerobars shifting about when in use. On my first ride i had to keep realigning the arm pads and aerobars as they kept moving. The instructions give the relevant tightness in Nm's for each component to be tightened to, but i found i had to far exceed this to get them to stay put. Luckily my base bar isn't carbon otherwise i think there may be a danger of cracking the base bar through overtightening, as the recommended tightness is not adequate.