The utility model relates to coils and a body structure of an amorphous alloy dry-type distribution transformer, which comprises a three phase iron core, a high pressure coil, a low pressure coil, an insulated frame work, upper clamping pieces, lower clamping pieces and a plurality of aluminum-copper transition joints, wherein the upper pressure coil and the lower pressure coil are coated on the three phase iron core and are respectively wound integrally, the insulated frame work is arranged in the low pressure coil, the upper clamping pieces and the lower clamping pieces are arranged at the upper ends and the lower ends of the high pressure coil and the low pressure coil, and the aluminum-copper transition joints are fixed on the upper clamping pieces via insulated conductor grips or insulators. The coils and the body structure of an amorphous alloy dry-type distribution transformer are characterized in that conducting materials of the high pressure coil and the low pressure coil employ metallic aluminum, and the high pressure coil is wound by aluminum conductors and is coated outside the low pressure coil after being coated by epoxy resin. The technical scheme of the utility model is to utilize aluminum to replace copper, which not only has the advantages of low no-load loss of a common amorphous alloy distribution transformer, but also has the advantages of low material cost, light weight, reducing influence on the cost of the amorphous alloy distribution transformer because of rising in copper price, reducing consumption of shortage copper sources and the like.