The matching implement such as shovel, sweep and horizontal plough was developed and tested along with their hitching system and field performance. The implement was intended to enable 3.75 kW power tiller to complete a seedbed in a single pass for 3 different moisture content. It was envisaged that such an implement would affect considerable saving of time, fuel and energy, Performance index. This would also reduce the human drudgery and cost of operation. The combination of developed tillage tools namely shovel, sweep and blade using good seed bed preparation in short time. The prototype clearly indicated a potential for improvement performance in terms of time, fuel consumption, field capacity and Performance index, soil pulverization and cone index. Effects of depth of cut, width, and forward speed on mean mass diameter of soil aggregates and draft of the implement were studied. Field studies indicated that the prototype had an effective low energy capability and the average mean mass diameter of the soil clods achieved was 7.6, 6.9 and 3.3 mm at 20% moisture of soil. The field capacity, field efficiency and performance index of the tool shovel for the first treatment i.e. 6.6% moisture content with tillage implement was 0.14ha/h, 61.9% and 40.8%. In case of other remaining treatments (12 and 20%) moisture content where secondary tillage operations covered by tools. The field capacity was varied from 0.14, 0.15, 0.16 and 0.17, 0.18, 0.23 and 0.21, 0.22 and 0.214 ha/h for shovel, sweep and blade at 6.6,12 and 20% moisture content of soil.