M odern splinting techniques have dramatically reduced but not totally eliminated the problem of burn contractures (1). Recidivism after surgical release is a universal concern directly related to problems with postoperative immobilization and patient compliance (2,3). For these reasons, the Chinese, in the early 1980s, sought a single staged method that would be both a reliable and permanent solution, resulting in the introduction of the Chinese flap, now known as the radial forearm free flap (4). This Chinese flap, initially used as a vascularized flap in lieu of skin grafts after release of neck burn contractures (2,3,5), has become widely accepted as a free flap or a pedicled flap for ipsilateral upper extremity flap coverage (5,6). The free flap's versatility can be attributed to its consistant anatomy, large calibre nutritive vessels that simplify any microanastomoses, potential as a sensory flap using either the medial or lateral antebrachial nerves, and because it is an important source of very thin and pliable skin coverage (2,5). However, the donor site defect