The invention discloses a framework type double-circuit terminal pole tower comprising a pole tower body. The pole tower body comprises four layers of cross arms which are ground wire cross arms, upper phase wire cross arms, middle phase wire cross arms and lower phase wire cross arms sequentially from top to bottom, wherein the ground wire cross arms and the middle phase wire cross arms are all linear cross arms, the upper phase wire cross arms and the lower phase wire cross arms are all cleat type cross arms and are installed in a staggered mode. According to the framework type double-circuit terminal pole tower, a traditional terminal pole tower of an electric transmission line and a wire inlet isolated span are canceled, positive significance is achieved for fully utilizing pole tower span lengths and for lowering the engineering cost, and meanwhile transformer substation movement caused by limitation to the tower position of a wire outlet side terminal pole tower is avoided. A transformer substation traditional framework is canceled, and positive significance is achieved for further reducing the occupied area of a transformer substation. During multiple circuit wire-out operation, a row of terminal pole towers do not need to be distributed at the wire outlet side of the transformer substation, thus land utilization efficiency of the wire outlet side is improved, and the appearance of an electric transmission line corridor is optimized. The wire outlet deflection angle is increased greatly, and the degree of freedom of the wire outlet direction is increased.