to stand arms 14 however it is readily understood that the guide arms may extend from handles 13 extend from stand arms 14 to handles 13 extend from some other frame element or any combination thereof attached to the hose puller frame 11 are puller wheels 17 the puller wheels 17 are made from a soft material such as rubber although rubber is disclosed one skilled in the art understands that any soft compound may be used additionally the puller wheels 17 may be air filled the puller wheels 17 are positioned to create a friction groove 18 between the wheels fig3 shows a front view of the hose puller to show the friction groove 18 the puller wheels 17 are shown positioned side by side in a parallel configuration in such a configuration the curvature of the wheels form the side walls of the friction groove although a parallel positioning of puller wheels 17 is disclosed it is contemplated that the space between the wheels may be adjusted to create a deeper groove it is also contemplated that the angle between the wheels may be adjusted to change the depth of the friction groove 18 puller wheels 17 are connected to drive motor 21 the drive motor 21 rotates the puller wheels 17 when power is applied alternatively the frictional groove can be created by a single wheel 17 u2032 fig4 shows a wheel shaped for a frictional groove the shaped wheel 17 u2032 may be made out of any suitable material the wheel shown in fig4 is made out of aluminum the puller wheels 17 are positioned relative to the man hole such that the weight of the hose pulls.