INTRODUCTIONFractures of the distal radius are common fractures seen in orthopedics outpatient and trauma care. Data suggests that around 6% of women by age of 80 years will sustain such fracture and 9% women by age of 90.1 As the population continues to age, these figures are likely to increase still further. Its growing incidence may be attributed to a parallel rise of osteoporosis and high energy accidents.2,3 The epidemiology has changed from the times of Colle's fracture to present date due to increased life expectancy and increased in high energy trauma. Various authors have stated the age specific incidence, that ranged from 9 to 100 per 10,000 per year. [4][5][6] Various operative and non-operative treatment options are available, without there being a consensus as to an optimal method according to the patients demographics and fracture pattern. 7,8 Despite this being a topic of discussion there have been very few studies focusing on the functional outcomes following percutaneous K wiring and volar plating in extra articular fractures. Each having their own merits and demerits.Percutaneous wire fixation being a relatively quick and minimally invasive procedure that could be carried out in limited operative environment. However, since the ABSTRACT Background: As fractures of the distal radius are the most common fractures of the upper extremity with no clear guidelines for mode of intervention it was decided to compare two of the most common methods of treatment. The aim of this study was to review a group of patients sustaining extra articular lower end radius fracture treated with percutaneous wiring and volar plating and compare their functional outcome at a significant follow up time. Methods: A prospective study was conducted at tertiary care center. A sample of 45 patients who had a displaced extra articular distal radius fracture and were subjected to treatment with either a plate (n =24) or k wiring (n =21). Outcome assessments were conducted at 6 months. Outcomes were measured on the basis of scores on the DASH questionnaire, wrist range of motion, and radiographic parameters. Results: Patients in the plate group had significantly better DASH scores (p=0.0431) and range of motion at six months compared with patients in the k wiring group. Collapse in radial length was observed in 2 patients with percutaneous wiring which led to suboptimal range of motion and increased DASH scores. Significance arc of motion at 6months in dorsiflexion and palmar flexion were p=0.0038 and when compared with opposite limb were significant in all three planes p=0.0217, p=0.0126 and p=0.0029. Conclusions: Based on our observation we found that treatment of dorsally displaced, unstable extra articular radius fractures across all age groups, volar-locked plates achieve a superior radiological and functional outcome with minimal complications.