  We present a compact and robust setup to optically transport ultracold atoms
over long distances. Using a focus-tunable Moir\'e lens that has recently
appeared on the market, we demonstrate transport of up to a distance of 465 mm.
A transfer efficiency of 70% is achieved with negligible temperature change at
11 $\mu$K. With its high thermal stability and low astigmatism, the Moir\'e
lens is superior to fluid-based varifocal lenses. It is much more compact and
stable than a lens mounted on a linear translation stage, allowing for
simplified experimental setups.
