as required , detailed embodiments of the present invention are disclosed herein ; however , it is to be understood that the disclosed embodiments are merely exemplary of the invention , which may be embodied in various forms . therefore , specific structural and functional details disclosed herein are not to be interpreted as limiting , but merely as a basis for the claims and as a representative basis for teaching one skilled in the art to variously employ the present invention in virtually any appropriately detailed structure . referring to the drawing fig1 - 7 , a motorized golf bag cart in accordance with the present invention is illustrated and generally designated as 1 . the cart 1 includes a tubular base frame 2 . the base frame 2 is formed by a first tube 3 received within a second tube 4 whose inner diameter is slightly larger than the outer diameter of the first tube 3 . referring to fig3 - 5 , and 7 , a locking pin receptacle 5 is attached to the exterior of the second tube 4 and a locking pin 11 is positioned within the receptacle 5 and engages a coil spring 12 therein . the spring 12 tends to force the pin 11 inward through an pin aperture 13 ( fig7 ) in the second tube 4 and into the interior thereof . the first tube 3 includes a pair of locking pin apertures 14 and 15 positioned to receive the locking pin 11 therein . an upper portion of the locking pin 11 includes a through bore 21 extending transversely there through and a locking pin keeper 22 is positioned within the through bore 21 , which keeper 22 prevents the pin 11 from being drawn into the receptacle 5 and also provides a gripping surface to allow a user to retract the pin 11 against the force of the spring 12 . the first tube 3 can thus be telescopically extended and retracted relative to the second tube 4 between an extended , operative position , as shown in fig1 and 4 , at which the pin aperture 14 receives the pin 11 and a retracted position at which the pin aperture 15 receives the pin 11 . this area of the base frame 2 forms a battery mounting area 23 to accommodate a storage battery case 24 and battery ( not shown ) for providing power to a drive motor 25 . a pair of angle members 26 and 27 are attached to and extend forward from a housing 28 to support respective sides of the battery storage case 24 . the telescoping tubes 3 and 4 allow the base frame 2 to be collapsed longitudinally once the storage battery and case 24 are removed , as illustrated in fig2 and 5 . referring to fig3 the first tube 3 of the base frame 2 is attached to and extends rearward from the housing 28 . the housing 28 contains a pair of transversely extending hollow tubes 31 and 32 , respectively , which are sized to receive respective first and second telescoping support axles 33 and 34 . each support axle 33 and 34 extends outward from its respective tube 31 and 32 and mounts a respective one of a pair of front support wheels 35 . the support axles 33 and 34 and the tubes 31 and 32 are mirror images of each other , and thus only the support axle 33 and the tube 31 will be further described . the support axle 33 includes a pair of locking pin apertures 41 and 42 spaced apart thereon with each aperture 41 and 42 sized to receive a spring loaded locking pin 43 positioned within a locking pin receptacle 44 attached to the exterior of the tube 31 and engaging a coil spring 45 therein . the locking pin receptacle 44 , pin 43 and spring 45 are identical in form and function to the locking pin receptacle 5 , pin 11 and coil spring 12 , and , thus , will not be further described herein . the support axle 33 can thus be telescopically extended and retracted relative to the tube 31 between an extended support position at which the pin aperture 41 receives the pin 43 and a retracted , storage position at which the pin aperture 42 receives the pin 43 . the telescoping support axles 33 and 34 thus allow the support wheels 35 to be collapsed transversely inwardly to an extremely compact configuration , as illustrated in fig2 . referring to fig4 the base frame 2 includes a motor support area 61 and a variable speed drive motor 62 is attached thereto . the drive motor 62 drives a drive axle 63 via a direct gearing transmission ( not shown ) in a known manner . the motor 62 and transmission are housed within a motor enclosure 65 . a pair of drive wheels 71 are driven by the drive axle 63 to power the cart 1 . it is contemplated that a disengagement feature ( not shown ) can be provided to disengage the drive wheels 71 from the axle 63 in the event of a power failure , such that the drive wheels 71 can become free wheeling . the cart 1 includes a bag receptacle 91 attached to and extending forward from the housing 38 , with the receptacle shaped to receive a base portion 92 of a golf bag 93 , shown in phantom lines in fig1 . referring to fig1 and 5 , an upright post 94 is attached to and extends upward at an approximate 90 degree angle from the second tube 4 of the base frame 2 . a pivot support 95 is attached to the post 94 near the upper end and a first handle member 96 is pivotably attached to the upright post 94 thereby . the first handle member or bag rest arm 96 is preferably of a two - part telescoping construction with an inner tube 97 telescoping into an outer tube 98 , which allows it to be collapsed downward for storage to render it more compact . the first handle member 96 can be locked into the extended position via a spring pin 99 . a golf bag securing loop 101 is attached to the first handle member 96 such that it is pivotable with the first handle member 96 with respect to the post 94 . a second pivot support 102 is attached to the first handle member 96 near the top thereof . an articulating second handle member 103 is attached to the second pivot support 102 , with the second handle member 103 being locked into an operative position by a locking pin 104 and unlocked to be folded to the compact storage position shown in fig2 by releasing the locking pin 104 . a motor on - off switch 106 and a motor speed control rheostat 107 are attached to a generally semi - circular handle control plate 108 to allow a user to easily control motor operation and speed . fig6 illustrates an alternative embodiment for telescoping the support wheels 35 a of a modified bag cart 1 a . in this alternative embodiment 1 a , the first and second , tandem hollow tubes 31 and 32 of fig3 are replaced by single hollow tube ill which telescopically accommodates a pair of drive axles 112 and 113 on respective open ends thereof . just as in the tandem tube arrangement , each support axle 112 and 113 includes a pair of locking pin apertures 41 a ( not shown ) and 42 a spaced apart thereon with each aperture 41 a and 42 a sized to selectively receive a spring loaded locking pin 43 a positioned within a locking pin receptacle 44 a . again , the locking pin receptacles 44 a and spring loaded pins 43 a are identical in form and function to the locking pin receptacle 5 , pin 11 and coil spring 12 , and , thus , will not be further described herein . each support axle 112 and 113 can thus be telescopically extended and retracted relative to the tube 111 between an extended support position at which the pin aperture 41 a receives the pin 43 a and a retracted , storage position at which the pin aperture 42 a receives the pin 43 a . the second embodiment of bag cart la in fig6 can include a telescoping battery storage area similar to the battery storage area 23 , or this feature can be eliminated for cost saving purposes . the invention has been illustrated and described in a particular design , but other mechanisms for telescoping the support wheels 35 and battery mounting area 23 can be visualized which might be equally effective . for example , the base frame 2 can be made of two or more telescoping support tubes instead of the single tubes 3 and 4 . the size and shape of the various frame and support axle tubes is illustrative only , and other shapes and sizes could perform as well . other variation will occur to those skilled in the art . it is thus to be understood that while certain forms of the present invention have been illustrated and described herein , it is not to be limited to the specific forms or arrangement of parts described and shown .