Post burn contracture continues to be a problem in plastic and reconstructive surgery. After release of the contracture the resulting raw area needs a suitable covering. The conventional methods range from the use of split-thickness skin graft, local manipulation of tissue by advancement, transposition, fasciocutaneous, myocutaneous flaps and free micro vascular flap. VAC assisted closure or reduction of the wound coupled with use of artificial dermis is reported 1. Tissue expander to generate more local skin also has its role. Each of these techniques has its advantages as well as its hazards and limitations. The ideal material for coverage of defects created by neck contracture release is thick, supple, large, healthy tissue with same texture, color and thickness without the possibility of subsequent contracture, available in abundance and easy to harvest with least donor site morbidity. This should be supported with a suitable molded splint with pressure on the graft. A thick split skin graft serves as an adequate cover for the post excision raw area. This should be well splinted to restrict motion and shearing of the graft to ensure a good take of the graft. Pressure technique with the splint will give a smooth finish to these grafts and obtain a wrinkle-free graft. Such a grafted neck gives adequate functional result by way of extension, lateral movements, and fulfills reasonable cosmetic appearance. This study was planned with twenty cases of post burn contracture of the neck where correction has been done with excision and cover with thick split skin grafting supported with a molded cervical splint. The extent of improvement of movements of the neck after surgery is measured and reported. Most scar contracture of the neck results from thermal burns. Less frequently they are caused by electrical, radiation or chemical burns. The proper treatment of severe contractures of the anterior neck has been a challenging problem from time immemorial. For the same reason, multiple procedures are being still tried with variable result. No single procedure fulfills all the criteria. Various flaps have been advocated by surgeons all over 2-8. This involved a number of procedures spread over many days and yet patient had no satisfaction as these were bulky, insensitive and cosmetically less appealing. There have been advances made in the anatomy of flaps after understanding of Angiosomes. With the advent of various flaps like fasciocutaneous flaps, myocutaneous flaps, fascial flaps, free flaps, the scope for re-surfacing of the post excision defects are wider now. Others recommended full thickness skin graft 9-13. If it takes well, offered a smooth surface and had the least recurrence rate. Skin grafts were developed as a way to prevent such consequences as well as to correct deformities. As early as the sixth century B.C., Hindu surgeons (Sushrutha) were involved in nose reconstruction, grafting skin flaps from the patient's nose. Gaspare Tagliacozzi, an Italian physician, brought the technique to Western medicine in the sixteenth century. Split-thickness skin grafts have been advocated by many 14-21. As ordinarily used they have been disappointing due to high incidence of wrinkling of the graft and post operative recurrence of contracture. Splinting-pressure techniques as preventive measures to avoid these two have been advocated by Cronin et al and this has gone a long way to make SSG as the treatment of choice in post burn contracture of the neck. The accomplishment of safe anesthesia was the important advancement and contributed in a big way to a good outcome. Equally important has been the use of splint and pressure technique. The role of controlled tissue expansion and VAC assisted closure contribute a forward step in the treatment of reconstruction of a mento sternal contracture. AIM & OBJECTIVES: 1. To assess the extent of restoration of Cervico-Mental angle and the range of cervical movements. 2. To assess the compliance of patients in usage of splint. 3. To assess the complications in patients while undergoing surgery and post-operatively. 4. To study the Re-Contracture rate and redo surgery.