injuries accounts for 10% of wrist fractures. About 57% to 66% of the fractures are extra-articular fractures, 9% to 16% are partial-articular fractures, and 25% to 35% are complete articular fractures. Unstable metaphyseal fractures are ten times more common than severe articular fractures. Older people with osteoporosis who are still active are at an increased risk of getting distal radius fractures. History Before the 18th century, distal radius fracture was believed to be due to dislocation of the carpal bones or the displacement of the distal radioulnar articulation. In the 18th century, Petit first suggested that these types of injuries might be due to fractures rather than dislocations. Another author, Pouteau, suggested the common mechanism of injury which leads to this type of fractures - injury to the wrist when a person falls on an outstretched hand with dorsal displacement of the wrist. However, he also suggested that volar displacement of the wrist was due to the ulnar fracture. His work was met with skepticism from colleagues and little recognition, since the article was published after he died. In 1814, Abraham Colles described the characteristics of distal end radius fracture. In 1841, Guilaume Dupuytren acknowledged the contributions by Petit and Pouteau, agreeing that the distal end radius fracture is indeed a fracture, not a dislocation. In 1847, Malgaigne described the mechanism of injury for distal end radius fractures that can be caused by falling on the outstretched hand or on the back of the hand and also the consequences if the hand fracture is not treated adequately. After that, Robert William Smith, professor of surgery in Dublin, Ireland, first described the characteristics of volar displacement of distal radius fractures. In 1895, with the advent of X-rays, the visualisation of the distal radius fracture became more apparent. Lucas-Champonnière first described the management of fractures using massage and early mobilization techniques. Anaesthesia, aseptic technique, immobilization and external fixation have all contributed to the management of fixation of distal radius fracture. Ombredanne, a Parisian surgeon in 1929, first reported the use of nonbridging external fixation in the management of distal radius fractures. Bridging external fixation was introduced by Roger Anderson and Gordon O’Neill from Seattle in 1944 due to poor results in conservative management (using orthopaedic cast) of distal end radius fractures. Raoul Hoffman of Geneva designed orthopaedic clamps, which allow adjustments of the external fixator to reduce the fractures by closed reduction.