According to the suspension board with circuit 1, as shown in FIGS. 7A and 7B, the one pair of first front-side base layers 29 and the one pair of first rear-side base layers 30 are made of the first base insulating layer 26, the one pair of second front-side base layers 50 and the one pair of second rear-side base layers 51 are made of the second base insulating layer 27, and the one pair of front-side slider contact layers 78 and the one pair of rear-side slider contact layers 79 are made of the cover insulating layer 11, so that the one pair of first pedestals 88 and the one pair of second pedestals 89 can be formed by covering the wires 60 without separately providing a member so as to support the slider 4.

According to the method for producing the suspension board with circuit 1, as shown in FIGS. 7A and 7B, the suspension board with circuit 1 in which the thickness of the terminal region 62 is thicker than that of the circumferential region 63, and the head-side terminals 58 can be brought closer to the terminal of the slider 4 in the thickness direction can be produced.

Also, in the steps of forming the first terminal region-insulating layer 28 and the first circumferential region-insulating layer 95, the one pair of first front-side base layers 29 and the one pair of first rear-side base layers 30 can be simultaneously formed.

Thus, the pedestals can be efficiently formed without separately adding a step, while the head-side terminals 58 can be surely brought closer to the terminal of the slider 4.

<Modified Example>